HomeMy WebLinkAbout1965
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POWER SYSTEM STATEMENT
FOR THE YEAR ENDED DECEMBER 11, 1%5
MADE BY
DENTOtt MUNICIPAL UTILITIES (CITY OF DENTON9 TEW)
(YU11-1gal name e~ re a"
MUNICIPAL BUILDING DENTONs T1QAS
' . . . .......w.\........... w.
(Address).
COVERING.
MUNICIPAL ELECTRIC SYSTEM
,..►.'............~wL w~..~.w1......... w....wwwww...... w......... w...•.w~..,
lL`annan~disijriaifoie'e~ iyatinif ~ '
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TO THE
FEDERAL POWER COMMISSION
FEDERAL POWER COMMISSION
Washington, D. C.
Th Jdl riq b w oxwp r thcmielrr or'r rrtalwim lrimaiet of Class IV or V Systems, where Form No. 12 Is requested
rLr ~trbg f Pews ism drwnwarr w E&*k UrlT4ty, E (as such classes am defined In the auompanyine revised
aerrr, us/ 0rirrr• FPC Form No. I2). shall hereafter annually propane and rife
with the Commission on or before the lot of May of I956,and
Port 141-ShAemooth aMd SeOwh (SeMddes) each year thereafter such aUtemenl or stalsments and in
a e e a e such form as is required by uld instructions and schedules
setting forth the answers to the questions therein Mated, and
4 141.91 form No 12, Power sysam statements for furnishing the information therein called for, for the preceding
Class t and Pl :lmoms and for Ctua 1V sad V systems calendar year.
where Art~Yested e s e e a ,
Ss) The revised FPC Form No. 12 Power System Slatement
(C ass 1,1(, IV and V Systems), Including the revised instruc. The revised form was proscribed by the Commission by
tans and schedules therein contained, be and the same hereby Order No. 183, issued January 14, 1456 (I5 FPCj a
Is approved and adopted, amended by Order No. 224. Issued St 15. 1960 (24 F
(b} Each oarpentbn 460) end Order No. 312, issued December 20, 1965.
, person, All authority or other Cory authority for the Commission's action is tti_n r the
letts11 entity or InstrumenUfit~, w ether public or private, Federal Power Act, as amended (49 Sta4 SU to U.S.C.
"Ith raise fuilitlaa kr t e pna,ition or transmission, 794425r) and particular) Sectwns 4{a 30I la) 302(6 ,
or distribution o efeelrk energy, and which Is in the classi. 303. 3%. 309 and 311 (2 Stet 839, 6 , aSS, d33
ficatien of Cfau 1 fdr Chss 11 Systems or is in the classification 16 U.S.C. 79l(a), a), ✓!2%(b), b, Ii2Se, 82%. 8
2i5j).
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DEFINI`MNS
I. "Person," as hereinafter used, means a corporation or person, as defined in section l of the Federal Power Act, agene
authority, or the? legal enlity or instrumentality, whether public or privet*,, including a municipality as defined in said section
2. System, as hereinafter used, means all physically connected electric venerating end/or transmission and/or distribution
facilities operated as a unit under one control, management or operating supervision by one er more persons.
ii, "Respondent." as hereinafter used, means the person or persons upon whose behalf a power system statement is filed.
A, The "not energy for system" (entered on line 7 of schedule 9) Is the sum of system net generation and energy ramrod from
• others less the energy delivered to others for resale.
S. The "capabilitpp0' of a generating plant is defined as Its load-carrying ability at the specified power factor and Indicated
time interval indei;i t of the other characteristics of the load.
In general, a plant's capability is determined by design characteristics; physical condition; adequacy of the prune mover;
prime mover steam supply' operational limitatia%al sich as cooling and circulating water supply and temperature, ambient tem.
peralurs; and head and tailwater elevations.
6. The "dependable apa~eily" of a georating plats or groups of plants Is defined as the lim"frying ability for the time In.
terval and period specified when related is the characteristics of the load to be supplied.
In general, a plant's dependable capacity Is influenced not only by factors affecting its capability, but by such fatten as the
duration of the system peak, position on the load curve where the plant is to be operated, and the plant's operating power faster.
7r "Demand Interval" Is the ¢arlod at tirno owe; which the demand is measured. Each system shelf report bad data on lM
basis of integrated demands for minute clock-hour intervals. Where demand data are not available on this basis, it Is desired
that adjustments be made to approximate the integrated demand for 60-minute-clock-hour intervals and eaplalMd in (eolnoNe.
Where such adjustment cannot be made, diamond data should be furnished in the form auifabie and explained in feotnefea.
OENUAL IlNS11 UC 1'I"
Statements concerning the operation at electric power systems as nraqquired by the Commission's order, shown on pap i should
be pared and filed in conformuty with the following requirements, unless etMrwisa directed by the Regional 0114s it the Fed•
oral par"rCommission .
1. Where a person operates a system and only one system, one statement should be filed ter that system.
2. When a person "prates wereeytehan ant system, separate slalemeMs should be tiled for each system so eporstaoill.
upon x el dl. er acre.
3. When man ten one peya as Aireecstyed by tea rgion ~il 0 feria of IM F Power~Gm~miukn.
by
rate statements should be filed
h•
d. When several systems, filing sep►ob re~rte are crated under Soma form of fewer peel speratlon of eemwtan ;7"
ing, a supplementary power system statement on F. f;. C. I<orm No. 12 covering lM pool eperatiena sMuid also be filed, ng
a brlaf statement describing the molest of operation under the power pool arranpm enl.
S. Scup of the stagnant :
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Villa of clumm"Men 1 lVeeasof statement
~u ui. •y........................N..............•
Systems which generate all or part of system requirements and, ; i
whose net energy for system for the year corned by this ;
slxtiorrlrnl w44k-
More than 1001000.0W kilowatt-hours : I ; Form No, 12 complete,
20,000.000 to 100,000,000 krlawstt•liuurs.......... I 11 Form Nor 12 complete, excepting schedule IS.
5.000,000 to 20000000 kilowatt-hours III , Form Nor 12-Ar
Less than 5A06.0 kilowatt.hour, Off Form No. 12.0.
Systems engaged primarilJ~ In sales for resale and/or sales to i
industrials, all other sales being negligible IV1
Systems which obtain entire energy requirements from other r Form No. 12•A unless Form No. 12 or No. 12-D
1
systems V 1 Is requested.
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b. Six signed copies of the completed statement, including the original if the report is typewritten, ,hall be returned to the
Regional Office of the Federal Power Commission at the address shown on the front of the cover supplied by the Commission.
7. All communications concerning this statement and all requests for extra copies of individual pages should be addressed
to the Regional Office of the Commission. Additronat covers or copies of the complete form may be obtained from the Federal
Power Commission, Washington, D. C„ at 15 cents arrd 7S cents per copy, respectively.
6, Entries an this form may be made by typewriter, with pan and ink, or by any suitable method to faciliteto reproduction,
provided the entries are legible and in proper alignment,
9. Before the statement is prepared in final form for return to the Commission, lift figures on the workintt coprr should be
checked for mathematical accuracy and for consistancy, where'the some fitures appear in more then one schedule In this or in
other statements or reports submitted to the Federal Po war Commission. Any apparent Inconsistency should be explained.
10. No deviation from these inAr.lctions should be undertaken without the approval of the Regional Office of the Federal
Power Commission.
1i, Insert the word "none" w►,afe it Is a true and complete newer to any particular Inquiry. Insert the words "not All.
plicable" In those schedules or parts of schedules which do not apply to the respondent's system.
12, Where exact data are not available, report estimated data and designate such entries by the abbreviation "Est'
13. All information shall be furnished for the calendar year.
` 1/r All information Is to be furnished for the system as it existed at the end of tM year, in ease part of the syste: i was
acquired bajrr the respondent during the calendar year, the respondent should report this part Ili the entire year, obtaining the
necessary Infafmalion from the records of the previous owners. In case part of the system was disposed of dufin` tM calendar
year and tM respondent wee not operating that part at the end of the year, the respondent should not rwrt "n two part at esq.
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WE R SYSTEM STATEMDk FOR THE CALENDAR YEAR 1,965..
Owwal Inkmadon
1. Statement covering facilities for generation and/or transmission and/or distribution of atocirk energy of the
DENTON MUNICIPAL UTILITIES - MUNICIPAL ELECTRIC SYSTEM
•{svitNsv)name10iaioonae"1j•.••••.••..•••...•...•••••• •ftinllileiilifl~niflsn of sydoon)
9. Located in the Stab(s) of.... TEXAS
.
3. Prepared and filed b . CITY
..............DENTON
lrlln reach FN11• er •.mrser « •e.myl
MUNICIPAL BUILDING DMITON TEXAS
..A.
lsea eddneei'.... .
4. Name, title. address, and telephone numberof officlal to whom correspondence concerning this statement should be addressed
GEORGE D• REICH SUPERINTENDENT OF ELECTRICAL UTILITIES DEM. 60'
tFf.msi tti(rj.............. (d2liiii).......
S. Name and address of top holding company
6. (Cheek when applicable)
® A. Respondent operates only one system.
Q IL Respondent operates the other syxtems listed below. Ondieato by an adw%k thew sysMnw for which power $yslorn
atalements are not being filed for the year of this rip".
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Ohr~nagen er MMw ~ huelMa r
.......................................................I............ ~r..
• NOT Amid= `
y
3
, r
. !
p C. This Is a consolidated statement filed In accordance with general instruction 3 on behalf of the following conlponla.
(If all of a oampanys systems are not included, two what systems are excluded and their W-anon.)
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LoW Nana and Address i iyew" rich IaeraeM r
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• 1
f
NOT APPLICABLE ' i4
1
+
7. Respondent is a party to te wpplementary power system stetemeRt dosisnated is
.....................fifod In accordance with pnaral imtruetion 4.
6. tat all auta;diartos of system eompanla ether %an thooo Ilsted In Horn 8.C abovo, and state the nature of their buolneso.
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NOT APPLICABLR r
1 1 y
............................................i ......................................y...'....1,!
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s
power Svwemr Slatemenr of. _ DENTON MUNICIPAL UTILITIES for the Yost Ended Deeleaabet M. 19.65.
Hlr.,rl.I r.rlr rlN,l.ll rlr.li Nl.. r..r1111 NIN.11 r1.N II,,,N.IINI., N,I lIr„I.NII.,I.IIMIMI„I.INIr.11M,NN111N1. 111Ir Ill.lrl rN., M,.ll.ll r,11N1MINI.,NN,I.11111111.,111.111111.NN1.NINxN
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( CAPACITY AND OLTMYT OF SYSTEM OENEIIAT11NO ?WM
( INSI1tUCT10N3
1. Plants should be grouped. according to type and subtotals , 4. Plants now undergoing alterations should be noted with a
should be shown for each type in columns 4 through 11. [(any I double asterisk.
j plant is equipped with combinations of hydro, pumped storage, S. At the bottom of the pa in column 1, list all plants which
steam, internal-combustion engine, and gss-turbine units. were dismantled or romov/d from service during the year and
each kind should be listed as though it were a separate plant. I give the dates such changes wore made. omit the capacity of
Nuclear plants should be included in the steam group, but it such plants in columns i and S, but give the data celled for in
should be indicated in column I or in footnote that they are other columns where applica¢te.
nuclear plants. 6. In column I give the name of each system giant; and in
• 2. If the facilities of more than one company are Included in 1 column 2 the name of the community `er Mares community)
this statement, give the name of the company operatin each ; and State in which each plant is located.
of the listed plants at the and of the year, in column 1. 1 hese ' 7. A power factor of 0.• should be used to determine the
entries maybe made
er the loom of symbols referenced 1o the kilowatt capacity of those unite which are rated in kilovolt.
Ilal of companies in Item 64, pegs 3- If &'planl is based, also amperes only.
give name o1 the lossor, I
3. Designate with an asterisk those plants which were con. 6, figures in column t should be based upon the rating at
structed. purchased, or based and placed In epantion during maellin um pressure shown on nameplate fo: units with hydrogen
the year; also. plants in which major of esaltons were made o g.
during the year such as The installation or removal of genorstin ; 9. in column S give the installed capacity of auxiliary or
or boer units or other significant changes. The dates on whicA "house" generating units,
now plants ware placed in operation or the doles on which IQ. In column 6, show the kilowatt-hour output of all main
significant changes were completed should be given in column generating units and all auxiliary generating units in each plant.
1 of in ("two$.
(ilwnsctloshe continued on rasa page)
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1 ; 1 / InNallaa saMnthr-lp neo1apciry In Yw♦
M of coast sae of C s ONrs at
gna plan ; Location W Plant 1 Type of Wall ~ aNIMae"t! n ~ 111ep1aNnuiithn~ vet
1 f raw WnaeN a sae +Mvr 1 Moved aslsnwlugl age WN1 (Nontl wn+psd'r "Water
~ ~ Ixti►i sn,~aablas+m.; titifaidialsaM~'~" Y.~.} sl'
s ' ; del nI Mr r
f ; ps tvrll~y / 811111100
1 ,
. .................Ift................~............(2)..._..... X31....; 1....
Stasat 300
g; DENTON MUNICIPAL UTILITIM DIS M* TEXAS None
1 1
tl ; 1 + 1
!1 1
12,633
'
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(4)
~Ah
I
Posrer System Statemeet o/. DM=N MUNICIPAL UTILITIES.................. {o, slue year Ended Daumber I1.19.65 .
IN»IIIINM.IININNIIINN1N1, IINN1»NNIMIIMMNNI....... NI. .NI.. t: NNNNI, NIIINNINIIININMN'NIII»11tH"NIMUMNNMIMNIIN1NNrIN1NINN1•NNIN,IINIIN.MMM».WN
SCAla7TY(e ~ -C.Olll(Alltd i
CAPACITY AND OUTPUT OF SYSTEMS OENERAT1NO PLANTS
I NM (1CTIONS•-Continued
11 In column 7, show the total amount of energy consumed : toad or was maintained as reserve at that time. Include the
• during the year, for plant light and power and for plant ♦ur` , capacity of equipment which was out of service too, maintenance
diaries. Energyy for synchronous condenser operation in the ; or repair at that time. and seclude the opacity of eglnpmeil
plant may also be included in column 1 as plant use if it n sc not maintained in condition to operate lot regular or emergency
treated in respondent's records; otherwise include in ftem E , service, Net plant capability, as reported in column 10, should
r of Schedule 9. For pumped storage plants, report under be the maximum lead-carrying capacity normally available at
column 1, item (a) normal auxiliary use and under item (b) / time of system peak (station use deducted) for a period of one
energy used for pumping. Pumping energy is that energy ; hour. rer definition of plant capability see definition No. S.
measured as input to the plant for pumping purposes. Palo 1,
12. In column 6, net generation should be the difference 15. In column 10, desilnats whether a plant was used for
between gross veneration, column 6, and plant use, and energy 1 bass load, peaking. or standby service (at ills time of the system
used for pumping. column 7. Where net generation entries ; peak) by inserting after each figure for capability "b," "a." or
are minus quantities, they should be to noted. 1 s." or any appropriate combinations thereof.
13. In column 9, give the total installed capacity of generating .1 1 & In column 11, give the integrated kilowatt demand (net)
units which were carrying lead or operatiot as spinning reserve, , on each generstin plsnl for the interval during which the
in each plant, at the liras of srstem peak lad of the year as system peak bad of the year occurred. consistent with the lima
shown in column 10, Schedule 1I 1 interval used by the respondent in reporting on Schedules 13
14. In column 10t live the not plant capability of each genet. .i end 14. Sao definition No. 7, page 2.
peak
, 1 Gt..yy'too, columns 6. 7. 6. and
sting plant at the ~ time NI of NN.»»N the system
NI1/1..N,..,...,N Estimates .N (noted
.NM load ..I ,N.~ of , the N.N... .,,A ear L« as NgI.N I17.
.INN.,.,N,pNN 11
"shown in column 10 Schedule 1it whether as not it was ur,~n nl should) be; furnished it eseuted,, uis" ti of 04 are 64*4 M the not available,
IN...LN.N«N,.MIM1an~...
40 Of to ae N.,. N».1
t Klleegatt neere 011rtnl lea year 1 eN IR isoh Dale. . TW4....... OlnMme IMMMI. i
.f .......1 j
am% poems" plant sse Not Pearson Joan. a nllnrs ~ IestanN ;=0 ant i IM Hnl•M i
Ilk ~......tii... .1.........~ 1..... ~La+!•..Y'..
17,2,0209200 12,851,936.; 159,168,210 57000 57,300 b ;46,500
1 f 1 , 1
1 1 1
1599506„ to , 336,670 ; 422,830 1129635 12,635 p =10,300 g
« i................... 1..•.......•IV ..~.u..uu..u u.1u.•.Y....Yf. 1' 11
1 / 1 1 1 ~ 1 g
1 , 1 1 1 1
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17297799700 ;1).3,188,600 1599591,100 69,935 69,935 ;56400 ;>r
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m
i
SAMKI-Thk wpfa b peweelad No avoid a kMh9 aWavesdon Of the manna of props m W a( S1Wq& 1
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.1'rkAh 2
SYSTEM HYDROELECTRIC DATA
A. AGGREGATE DEPFXDADLP. HYDROELECTRIC CAPACITY AND P(7fENT AL ENERGY.
This xW%k need not k completed if there have been no changes affecting the Jau prevloadT reported. Is tech case the ldlow•
itg citation shield be mode at the bottom of the page: "Data repoesed on FPC Font 13 fit thus rtu 19-.., correct to of December
31, I%s• • F~alr1 tfr.r Jelfra►a! irJar Fe .Iarlnblrn rbi rAr /artarafelr h ~araygi~ !-f, N4. 7.
- -
NINNtINWINNM.N1".MN.M IIINNMMI"N"NMMNIN..MMNI
a ADVERSE FLOW CONDITIONS*
NIIM".+R ..MN"1 1 Mass _"a
1 PLANNED USE OF STREAM P.OW AND STORAGE 1 MACHINE CAPAS Il1TY
~ anaretl (1.400 RROwale -%wre) ; (MolawalbI a OwfidaMa
.Moan
r............ 1
' f Naab , t r t t ..........1......... 1 Caaaeth
i•••••---•a- i 0.1plureW.. 1; 11th y~M ; Rw1.af.RM►; kerala ; IMaSaraMf)1
I Natrnl New $1 14.1 F%fft pe" , ,
1= 1 1 1 , Plano t Peones 1
c1) p) (3) ; (4)
(5) I6} t7) ; (8) M
uu........~ .u.........1............1..•.........,..•....•..1..........1..........
Do& i RRIRtt i RRRRtt 1 RRRIs it t i it RRttt i 2.600 ;RARtt/iRRit it a Ii RRit tIR
an ; 331200 (2.000) ; 12,500 ; 431700 ; 4.800 r 40.0 126 3 146.0
~f rl i 32.000 ; (3.100) r 11.900 i 401800 i 7.900 40.0 127.5 149,5
Mw. 48,900 (14.200) 13,900 53.600 221(00 40.0 133.0 i 165.0
AFee ; 521700 ; (17.7001 i 21,700 ~ 561700 ; 19.a00 ~ 39.5 ~ 138.0 ~ 116,0
May ; 47,100 ; (11.700) ; 14.400 S3.6o0 51,5:0 40,0 ; 140.0 ; 171.0
area 39.700 WIN) ; 15.400 ; SI,600 55.000 ) 40.0 i 140.0 165.0
rti ; !2,100 ; 0 41400 ; 31.900 i 35.000 40.0 140.0 is 14910
rec. 11,000 11,400 4,400 26.400 43,400 ; 40.0 i 139.0 i 142.0
13,100 ; 9,800 i 4.900 ; 271900 33,600 40.0 136.6 143.5
i 14.300 ; 15,600 5.600 35,500 14,000 ; 40.0 ; 131.5 ' i 141.0
19,900 11,100 • ; 7.700 ; 34,x00 4900 ) 40.0 i 127.2 141,0
pN ; 27.900 ' 5.400 i 10,500 ; 43.400 ; 1,500 40.0 ' 125.0 ' 143.0
-..•........J.........a...t ...........................1 t 1 1
ew 1 382 1 1300 119900 1 3 1 R R R R R a ' t t R t t t' R a s t a R' R t t t R M
AVERAGE OR MEDIAN FLOW CO;tDITiONS•
M/M..IIIII.HI.
blawk-
t PLANNED USS Of STREAM PLOW AND STORAGE i MACHINE, CAPABILITY '
v ; EIIwp PAN KI1 .haare) ; IM/sawaebll i OgoMaW
Malt>rll ......................................T.... •r............1..........1.......+.; Celeeb
sun" PWM . Ila..ar•eRrw ; l~Tse,al AwNiitil ; It SMrep and i IIw1.ad. Revw ; Stlarego ; (NI SM b)1
111 i NdW•,`.W. Aew i flwaN~ Pklda 1 - a1w NCI. a/ ' of M{I~.a~nM/ ; Raft 1 MaMS 1
.i.....~.....;.....i. ~
Do& ; R R R R t x ; to R R R R ; R R R R R R i R R R R t t 1.500 ; t t f A R R i R 1 t a a R; R R R I R R
an 47.300 (1.100) 19,400 ; 59.600 ; 41600 40.0 ; 12x.0 ; 161.0
43.400 16,000) 181200 ; 54.600 15,400 40.0 130.5 1613
Mop. ; 56.200 ; }13,600) ; 24.600 ; 69,200 ; 29.000 ; 36.5 it 115.5 17210
pf ; ISM ~ (11,400) ; 2S.Wo ; 701600 ; 4400 ~ 36.0 139.1 ; 175.7
to i 54,200 i 16,3001 ; 24,000 ~ 75,900 ~ SUM ; 17.0 i 140.0 i 111A
rM 51,600 ; (2.300) 21,a00 ; 70.900 ; 551000 395 ; 140.0 ; 171.$
rh ; 42,900 ; 0 ; 18200 i 61,100 i SS.000 ; 40,0 ; 140.0 ; 171.0
rF i 36,300 i 2.300 i 14,100 53,400 52,100 ; 40.0 i 140.0 i 165.0
33,500 41600 13,700 ; 53800 44100 ~ 40.0 ; 139.5 ; 163.5
OGL 35,200 ; 15.200 ; 141700 65,100 30,900 ; 40.0. two ~ 161.5
1
1 N. 39,000 's 11,100 i 15,900 68,000 17,100 ; 40.0 132.0 155.0
41.200 ) IS= ~ 17,100 71.300 ~ 2300 ~ 40.0 ~ us.S ~ 150.5
1..... I..u u.• ...1............ t ew S49,S00 41.'I00? 1 .2........................... i Wo RRaRRR "taaIIIt aa0Rait RRRIIAa
• . . .....1....................
M
MM ~k pl wA 0 wet la MaRlra e~IwW. WMn anarp k tkrN. eMlr e/ a neieMra MMIb M le►aM11aaN
•NOTa-The mothed w Malec rtoMd rle deeerminleg tM abet" data for adverse Adw and awrale or w4d1an now eendt0one sltood beaapatnN In
ow dance with laterraNone 1 aM l d two aehodulo.
• 6lAMM./ DVLANATION
News:
WSW tidvMtlRB tAtom Aa I.ftbt linetttl+a Bca1 tl B4aeapiv"rp{ 19 erletdl k the tRNI
ere DabpwrrpatraeatM wr*f "Advem
eflMealAew w CwW16oft n/nttdl" are
• Data etlrethW@p N MWIN fMw Crew does" are blow peel( the a~Stye of -W M I drosses flaw/ dovins Ole
Beeiaw of naN (111.....1...}.
MMMNMIIMII.I.WMIMII~IM."IIMIwMI►.MMI
Polrae Systeaa 3tatelRant of... DENT+ON MMICIPAL UTILITIES .fat 11111 Yaw IMW DaaRabar 31, 19.41.
NINININ N N . NIIIIIIIIIIMNIINNINN.IININHNMINN NMIIIINMNNIIM•NINI.I' •YNNNNIINHWIIIIMNNINNIINNINIIN.NNINMININ.NINNNNIIIN.I.,IINI,I,INHHIINNIIIIMINNINMINNNNIIIIIMM~
Sekd rb 2
SYSTEM HYDROELECTRIC DATA
A. AGGREGATE DEPENDABLE HYDROELECTRIC CAPACI7 V AND POTENTIAL ENERGY,
This sKIwIzk need not be completed if there have hen no chs %cr affecting the data previously reported. In web case the follow.
ing notation should be made at the bottom of the page, "Delta rpported on FPC Ftxm 11 for Ube year 19..., corral as of Decslnber
• 31, 1963. farslal !d. Mlkrrfl Ar41r llr .ermfinre IuuA rAe hfnarrfaa M /.rjgba 1 •!1 J~p 1.
~IINNIIINNMNNNNIMNNNNINIMNNNNI,NNNINMIINNNNINIMIINMN'INNIIINIINNNINNNINNNNNNNMINMMNNN.NIIMNMMIMMNNMMININNINMNNNN,NNNNNNNMNININMIMMNIMINMNIMNNMNI
. ADVERSE FLOW CONDITIONS's
~INNNIMIMN'IINININNIINIINNMNNNNNNIINMIINNNNMMI W.MINMINHINNIHINN.NNNMNINHNNNININNNMINNIMIM~NNNNINNMMINMMINNMINIM
PLANNED USE OF STREAM FLOW AND STORAGE / MACHINE CAPABILITY r
1 1 Ewa 11.1160 KNOwe" -wev") IM01400")b i DeMwaSN
Month.......................... .......................r............t......... .
CaFalllq
i two"►4rob i TotalAwRable i OA-p Ma)I
~ ...t RaN.M.Rtwt ; fCN !Nw 00.1 1 IaSgraga 9;0 a 111ae.N. ►ISnRhar, Strap ,
Nations IMw mow' ►ANta lows so. a) ; M MMIM / u Pilots
1
1 I
.~II.I....._.....y.....~j1..... Ift .....j._...t`2.....r....~......
i it Is RR it is RR RRall
Oft Rit RR RRRit it RRR RRRIs
1
an, t 1 i i / I i i
1 1 , 1 1 ~ 1 I
Feb. I ' 1 1 1 1 /
FF e 1 1 / 1 1 1 1
. tMae. 6 i i
sa 1
i i
r 1 ~ ~ t ~ 1 r
May NOT APPL UBLZ
aM I 1 1 1 1 1
i i / I i I i i
, 1 i i I ~ 1 1
orb i i 1 1 f 1 1 f
1 1 1 I i I i i
64110114
1 1 1 ~ 1 ~ 1 • 1
1 r 1 1 r r r /
OcL
t 1 1 1 I 1 1 /
1 1
av.
Dora i i 1 1 1
...............'...............i RRRR ; RRRR i RRRR i RRRR
Year
IIIMMMNNMININHNMNMAMMINW MMI,IMHMNNNIIIMNMMNWNINMMNMMINNINNNINNMNMIMNMIMIMMNMMNN
AVERAGE OR MEDIAN FLOW CONDITIONSs e
NNM,MMINIMMNIIMMNNNNNINNMMI,IMIMIINIMIINNWNI «I«NINIINNIINMNIINN,NNI..NINMR. .M•MMMIIIIM„NNNMIMIMNMNNNMININI
a I PLANNED USE OF ETAM FLOW 0440 STORAGE r MACHINE CAPABILITY r
a":......................... dwo (1400 Miles.Man) i IMapw11b11 1 O~aw~aawyabla
r............. r..........s.l...... ......f.........
S 1
I ►Ilata r r Tata1 AwRaW
laraga I I 1 1 1 I pggawMU)1
.....................1 Rwl af•RfvN / (Caf ! Nw aaR 1 1 IN Staraga , Rt11R a1.RNN r Etaelap
i mosimst rover i @WWI Plants 001 im, 4) M Mang! ►larlta not 0 m
.S!~ ..:..\~f.....;..... ~~L.....;..... 16).....,....Jl....;....1M...at... . J.1...
Gore. R R R R / RRRR / RRRR I an Ia I 1 RRRR I RRRR 1 RRRR
~ 1 f 1 ~ 1 ~ f
1 1 I 1 1 1
aa, 1 1 I I 1 1 ~ 1
1 1 1 1 a f 1
1
Fab. I
f I 1 1 1 1 t f
Mora I 1 1 1 1 1 ~ 1
rR NOT AP41CABLIC
1 1
May Yna j j 1 1 1 1 1 1
1 1 1 1 ~ 1 ~ 1
ytr 1 1 a a 1 1
1 1
1 t 1 1 1 1 ~ 1
1 I 1 I a 1 1
Saar. 1 I 1 / a 1 1 1
1 1 1 1 r 1 1 1
1 1 1 1 t 1 r 1
Od.
I 1 i 1 f 1 f
Nar. j 1 1 1 1 1 1
1 1 1 a a
1 1 1 /
Ne r r r
t . t............... 1. 1
ear 1 1 / f RR R R
r straits 1 RRRR 1 stay
1 .L..........r.........
a 4........... N►............►..
I 11 an``i In Is d fra1N . ~a sinew ovalalr When -0-Fa Is auraw, two at a am Swf W4 M watMOMaa1
000 INajalaM11118
eONOnTI.-i w tww v bills 1 In i eMMdiing the abeva eats la aRvarsa Rew and avenge or ma1Nn "a 10"Nseas sh"Id ba aa"Ned In
aa
Nowt:
INNNNINNIHNMNMFMNN'IMNNII.`INM,IwI • NNINIWINNIINII ~II
. ~ A r
DENTON MUNICIPAL IITILITIES
. ....................................toe the Y. Fldad Deeesrrbee 31.1!
Power Strom Statement of....
~.,,NNMNHIIMNINNI,N,HIH.HNMNIN.pMNMMINNNII,NN,H„NNII,I,HNNpM,M,HII HNIHHN M.NNNMNNHINMM,NN,NMININIMININMNINI,NpINMNIIM.ppN111pN1,pINMNIININ11NN1N•FMNN
Schedule Z-conaftu a
SYSTEM HYDROELECTRIC DATA-Continued
1. The data to be reported in Part A of Schedule 2 are intended to present a realistic picture of the potential energy and
capacity of system hydroelectric plants under the specified flow conditions. The date to be reported should be based upon- as
anumed schedule of system operation that woukt permit serving the maximum possible annual system bad with existing aciides
and arrangements for purchase or sale of Area power,assuming a continuance of the relative seasonal and hourly variations of bed
that occurred during the year of thin report. Contracts for purchase or interchange of off-peak energy also may be taken into
account. In determining the magnitude of the seasonal load that could be carried by the system and th+e necessary scheduling of
system operations, provisions for necessary maintenance scheduling and reserve upacH to be supplied by own system should
be taken into account. Explanatory Was relative to Schedule 16 should be referred to n connection with this schedule. If the
seasonal and hourly variations in bad are expected to change roatetiolly, the information given may be based on the expected kAd
shape, explaining in a footnote,
2. The information to be reported under adverts flow conditions should, In general, be based on stream flows equivalent is
the year giving the most adverse flow conditions of record during the critical period of system operation. Where stream-flow
records indicate that the most adverse flows are not likely to occur except at long intervals of time and are likely to be of a very
short durations the 11 urea used In determining the capacity and energy available from hydro plants may be modified, t►eatln11
such aboorma limitaliene as eminency eendi no to is covered by the reserve capacity; such modifiul'ana, however, should
be fully explained. Any system which maintains comparable data based on flows during a year which would a the minimum
potential annual output, or based on minimum flow or output for each month, may report on whichever bask it believes wil
present the most realistic condition for its system. The basis of reporting should be fully explained in the space provided for
notes with addenda shoots if needed.
3. Information to be reported under average or median flow conditions may be made on the assumption of the recurrence of
flow% equivalent to a year which would give the average annual srotential output or may be based on median flow or ou1pW la
each month, or average flow or output for each month, whichever it Is believed will present the most realialie eonditlon for its
system. 'the basis of reporting should be fully explained in footnotes or addenda sheets.
4. "Run-of-river" refers to those plants whose operation cannot be regulated over a period of more than a few hours. either
from storage at site or above, but whose operation Is, in general, controlled by the volume ail flow which must be W+Ils W as it
c;curs or be wasted.
"StasiI~s" refers to those plants whose operations can be varied as desired because of storage at the or above. This rafulalien
may be wakly, monthly, or seasonal.
"Total available energy" refers to the maximum potential ou W of the, existing hydro-generating facilities on the basis a(
the regulated stream flow, regardless of whether such output can be fully utilized in serving system load or by transfer to esker
systems. The monthly distribution of storage anergy should be su•.h as to permit the serving of the maximum annual peak ked
under the conditions outlined in Instructlon 1. However, where required releuea for ird tion, navigation flood control, and
ether water-use are controlling. the monthly distribution of available energy ►hould reheat the effect of suet requiremeMa greet
full explanation should be given in loss.
"ICapabltit " in any .month is the machine capability under the most adverse conditions to be expected In that month under
r the assumed Yaw eonditlens without respect to the energy available or the characteristics of The lad to be served other than
the power factor conditions normally to be expected.
"Dependable capacity" In any month Is the) capacity that can be relied upon for serving system bad and firm powtrcam"
e Monts on the basis of the energy available in that month *M its use as limited by the characteristics of the load to be served.
5. Dependable hydroelectric opacity as used in this power system statement Is Intended to be the capacity value of the
system hydroeleelrie plans in serving, together with the other available system capacity, the maximum annual system k foal
under the conditions given in Instruction . For any speeifed period it represents on the basis of complete Wilitation of available
storage energgyy over the ci hical flow periods, the diiferenes between the peak load for that period and the maximum ether capacity
required. Whe►o a portion of slorage energy 1s scheduled to be held as a reserve for emergency use only, the dpendable capacity
should also Include the reserve capacity value of such energy reserve. The deeppendable hydroelectric capauty shown in column
under adverse flow conditions for the month of annual peak demand may notYmecasari! be the came as the annual dgpiondable
hydroelectric capacity to be sported in schedule 16 as the annual peak demand may not occur in iSs month requiring the maxi.
morn capacity from other than system hydro•dect& plants. This Is illustrated by the following graphs
MONTHLY SYSTEM PEAKS
AP LIAL
DEPEN003LE SYSTEM
HYDRO CAPACITY
MONTHLY DEPEN1 A9l.E
HYDRO CAPACITY
~ wafts
I MWMUM OTHER
W0 4M REQUIRED
0TH R CITY QLIIRED•
IsAlt Ilg 61111! AN WOf im AIM Aug a" Olt to W
i
NNN M
Yt•
~ ~"!,S!.tenknt DENTON MUNICIPAL UTILITIES lilt Yeee Dart wber 31.19,b5 ,
Nr ••-•.....-r•......• 65
.N,NNrNNN.N,NNN NNNrN„NN,rww.•N,Nr. NI Nr Nr N•rNriiNri err rllNNIN - w N. rel. NI,N NrrN w, N•1„i N.NwwNNN NN,NNN.M.N..NrryN,rNNNN.NNNNNNNNM.
SYSTEM HYDROELECTRIC DATA-C.oednusd
INSTRUCTIONS FOR PARTS B AND C
1r All the data requested on this pale should be furnished for reservoirs and plants which wore:
a Constructed, purchamd at leased, and placed in operation by the respondent during the tor, or,
b Operated by the respondent prior to the year covered by this statement but not reported b this Commission in the
form prescribed below.
2. Revised data for the appropriate items should be furnished if changes have been made in the Installed Capacity or design
of hydro plants. In available storage, or I» "operating rule curves" during the year or the data have net been reported in the pro,
scribed form,
for Mon ►ua+rki wJ ffw s At wAki +w phjikd rAarjr w rvvllM k rperhrj frMla Ail rarrrde fwMg rip !Ass parlowfy nMMf. AW as on
oAk4k viva erA nnrwk adplwv sear wJ rb jw in v4k1 rAr lvfir"ka rev frelikl ajnAvr rkJ the WeOks ,'Cared w of Qrrssirr 71. l(ll r
6 Storage Reservolm
1. furnish "Elevation-Volume" and "Elevation•Kilowatt-hour" curves for each storage reservoir an the system that an
pror+!; monthly or seasonal storage, A form for showing these dal. Is illuitrated in the acaompon:ing sketch.
2r M addition to the forogeln curves, shew (a) the maalmum water level without WO (to be iurelshed for "oretlen without
and with flash boards if used), any(b) the maximum water level at which the reservoir is normally carried. (c) the mininvum water
level of the reservoir for plant aporation at the site, and, (d) the minimum water level to which water an be drawn for use at other
ants; and (e) apacity•head curves for plants having large variations In head. Elevations should be referred b U. S. Or Sr datum
roe,
r r to the some datum as used in plant layout sketches-see item C (1) below).
!r Furnish "Operstinj Rule Curves" for each of the foregoing reservoirs, In the form In which they are available, and state
period flew whkh curved an applicable.
(Q~ if
In skme
f b~
k1 EL EVATION-VOLUME AND IULOWATT- HOUR CURVES
Narr>ldreraelrrei~
No" d ocw* d $I*
b JAI
Nornes t# plonfs br t urrr 2 r - - - - -
rr rr,-rr-rrr-r------rrrr
Q dolurne- my fto
C. Hydroelectric Power Plants, tsc)odiog Pwmped Storage.
1. For each hydroelectric plant of 10,00DAllowatt Installed apseity or treater furolsh:
(a) A panoramic sketch of N protect, and a prolife sketch of the plant layout showing elevations referred to U. Sr 0. S.
datum, if such datum Is ovaila e. Show for the dam its material and type, maximum height, total bnglk thickness
' Furnish cuand rves d1vo length wrin■■ he dwate s r a tailwater elevations. In feet, plotted against 1sta1 discharge, indudinj plant we,
In cubk feet per ow*M.
(b) A pAolegroph of 1st plant if available.
2. If available, furnish kr all hydroelectric plants of 10,000-kilowatt Installed apeeitl~r of Instep. ourm shsww the relstbn
between over-all wetter use in cubic lest per seared and gross plats bad in kilowatts, fnten 01101mons Is full iced of a cop t4at
Irons head which appWaknetes 1st average Mad. The gross head should be sided.
NMNN,Nwr.NN,., MNMNN.,I.IMMNNNNMwIMN,NIMNINIMIlII1NIMIrM,1MNAMNMMMMNYINM111NINMM,MYMtiNNMMNMN
i Rev. (1S-"
i
t'o.K own waee.Knt tor DENTON.MUNICIPAL UTILITIES ~ do Yeas Ended Deee.bw I1, Il,65.
on.ni NH.,N„NMINIHNNNINIINNIINHHNNINMNNININNN•,INNNINIININIMMIIINNNNNIIIININININIWII,N• MM,IN.NNNHM
• Sr6elJrlr 3
PLANT DATA-SMALL PLANTS
far 1 ool w►I rory /1r! or ill"Olr r (1110,1 h1. 010, res.) this schedule should be enmplettd fa each coaveotional hydroelectrica pampa
storage plant under Ib,000 kilow•In each susmtkctric plane under 25,00 kilowatts, and 13th iatemaltombwtion enS~'rat and Sao turbine
pleat under 5,000 kilowatts, in1..,kJ a city. Do net rtler to prcviwslr reported data In repotting for every web 1116 fear.
For earl 011k lerww AMA. rwa (l/N 1 H7! f 1 1, err.) thls uhedule 611013141 be completed ll r each +uch plant ss rckrrtd to in the pre.
"din st sroph which was
a Conuructed, purchased, or leased and pieced in operation by the respondcat daring else feu- or
Altered dating the fear--I.e., genet store or other equipment Inualkd, remodeled, removed drom service or otbasise changed; or
c Not previously reported.
amerare thine sdaats In which no chaage+auarted which 'Sect ray of the data tau rerted lender this scheduk ad mote the following
aaation for tech: "!Brea for this ant lase reported in FPC Form 12.19 is car t as of b toeamber 51d the herd n reponel year." Make
this reference to such lam reported data only in reporting fur the intermediate loan. Ute addenda theta as aooeuary.
NOT APPLICABLE
INIUNNHIIIINHIIPINHIMHININIINNNINNINIXNII,NIHIIMHNINNXIIIIINIIHINNNINI,INHINHINNNHINNIH,NINIIMNNNI NMNINMNIINNNNIHNININNINNN,NHINNM
04441 manse Tpae 16160 Ceuner................. led ~................i 1
~...A........ vow
1 Yqr•..
1 v
rat 0,%-h unit or group of Identical units show the felftwing: Tesse ;
a ::asi.~.Lrlban:a:v.,..
Maximum nameplate rating in kilovolt-amperes ..............1
Maximum nameplate rating of generator in kilowatts.......
1 s t
Name•plals tating-mower factor X R R R r i i e
Operating speed-eovolutions per minufw .................I a a R R
Generator "!tap a a u of S S ; 1
Contester pliant and froetueney or d. e.................... . A a it a
Year instafltd' a a a a
s 1
Planned ultimate pfleratinS caoaeily--bibwatta...........; R a to a am a R R a an ; a us R
If a fetel.burnial plant show: Kind of fuel a a a x ep
full load fuel otneumption In f!a per Kilowatt-hour ; 11
If a hydroelectric plant show: River an which located
5 aaaa R R a! I a x R R a is ' 11
Oralnop area-sepnn mile' i a R a■ = Knife = a x tt ! g is a r 11
Usable pondage of swrsp at glee--aero-fete..........; i R a a a I a R a R 1 a a a a ; R I I a ; 11
Design head of walarnhoels-4viet .................I R a a R ' r 1 tt
NX,HIII,INHe,If1111HN11,{I,ININ,IIIUIIMIMMIINIMINMMII,MIININININM,HIIMNIIIIIIIINIMINAINMINIHNINNNNIIMNNNNMMMMININ Np
Ilant name..................... Trpl a........ 2Nd. coonw....... 0......... Mt ttllse................; 11
1 ..u...~ ...c..., ..AWN.
,
For each unit or group of identical units show the fetiewing : ; Tdat .~,y i yy~~ i yy~Na i r
• ......................................LS'iS ati aLY.a lSTia LYaL 1.'i7PlaYaa /.'i ~'i"~rr1"~;..•
Maximum nome•plaia rating in kilovoh•amps rot
Maximum nameplate rating of generator in kilowatts....... i ; to
t r r t
Name•ptale rating--power faelor........................ ~ aaaa 119
t
Operating speed -revolutions pot Wavle a a it a 1 r fp
r i r t ~
Generator volup a a a a ; ; ; ; r It
Generator phi" and fregurney or d. e.................... R I a a
, r r t r ;
Year Installed
r Rat R i i i i ash
Planned ahimato swratinS capacity-kibwatu........... ; ; n is e a ; a a a a ; of a a a ; a a a a ~ to
If a fuel-burning plant show: Kind of furl R R a■ i
r
full bad fuel consumption In Sty par Kilowatt-hour
It a hydroelectric plant show: River on which bawd......; ; a g a r ; R R I R i a R R R ; a a It a !t
Dralnaj! area--$"Afe well ee ........................i a R R I 1 .R R R a a a R I 1 R a a a ;
~ ; R a it R= a it R a ; ' R R a ; R a a a f M
Usable pondage or dorop at shot-aen•feM..........
atIR
Design hand of waNewheolo-feet...
N1,NMINNMINNI INIINNMNNNHNINNINNNIIMMINNIININIHIIX MNNIN O
+ Hydro, pumped Wrap, 'team, internal combustion engine, gas turbine, of nuclear.
s 11 not now when Inslalled, show also by footnote the yea egalprnonl was manufactured and lM year febuilt
NOT APPLICABLE
1 ,
MIWNMMM "
~ Ralr (1~-66)
MMIM.W.DEN.ITON.MINICIPAL UTILITIES ..........•..•.•for sta Year Ended Dec caber 31. N. 65
Power Swett n! Slersweet d..................MU..........................................
•NINI,,,II,11111•.INIIN,NINA,INMIMMIINNII•NIMIW WNMINMNN,NMINNI•IINNINNNNIIIINM•NIMININNMIHMINMNNW WNNWNIIIINMMNNII••NNI,INIMNNNNIINNNN
Seheduk 3
FLAW DATA--''MALL
NOT APPLICABLE
NINNNNNMMI•NIN,HMN••IININIHININIMM •IMHNMIN,INNININNNI•INNINNININNNIHN NNINIIMg11NIlaIN111NHINNNINNIMINNMNNINNIINNM,MMNMINMIIMIIH•NMINMIINI•NIIMIMNMINNMIN
1
plant nan». TWI atx~' ~ .
a4l '...WA..I W...pm efts ..~WA oNii~•'
For each unit or group of identical unite show tho following: . Tel.
1. • . .
. . - f N~YS• :i• JL•JJ.~!!M:•rt:va r~'sV LYJ ~
Maximum nameplate rating in kilovolt-amperes t
Maximum name-plate rating of generator in kilowatts........
Nameplate rating-power factor ee t It t
1 r r / r
operating speed-rorelutlons per minute X t it t
Generator voltage It t it It
Gserater phase and frequency of d. c..................... I t it a 1 ; * T
~ ' r r r r
Year Installed g t x t a ; r 1 r r g
Planned ultimate generating capa ily-hibwofta...........; ; a It a it i t a t t t R It t ; t R t R i 0
If a fuel-burning plant show: Kind of fuel It t t a ; . ; 10
r
full load fuel consumption in Oft per Kilowatt-hour . . i it
If a hyd►oelaclrlo plant show: Hirer on which located....... i t It t R ; t R t t 11 a a a t ; R t R R It
Drainage area-square miles ; R a a a j R a a a ; a R X R ; a It t to ; is
Usable pondage or storage a1 sHo--aer.•fool..........; a t It a a R a It i a R R a it R to t i Is
r 1 r
Dosljn head of waterwheofs-feet.................... s a it a it
NMINNNMNIN,N I,NIIIMN,IIIIIIIIIN•IIXNININNMINNNNNNNIINMININNNNIINIXNNNINXNHINII•MNINNIIIMN.IININNNNINNNMMMN MM~I~NIINNIMNNNIIMMtNININNMMrn/MIMMNNI
►laat none. TrMt Wte..... ...:.....Cwnb.. Peel .,•i 10
For each unit of group of Identical unite show 0111 following Tehl. r ' ;
~1n: r:sLt s~'JtYt t:,11e!'rtt i~..~L'tL lily..
meq ,
Maximum namepl - ate rating In kibrolt•a res i , i i It
r
{ Maximum nameplate rating of generator in kilowatts......... ; t0
Name•ptate rating--power fatter on R R i ; 10
Operstinil speed--revolutions por n eves R R a R so
Generator voltage ' R a a a
, r
; r r
Generator phase and frequency or d. c........... , a a a t p
Year Installedt. a R a t , r ' ft
i
Planned ultimate genanting capa city-kilowatts...........; It It t t ; a X t o t a a a a a g t 11 N
11 a fuel-burning plant show : Kind of fuel X R a a ; ;
i Full load fuel consumption in Btu per Kilowatt-hour
If a hydroelectric plant show: Hirer an which located......; ' R R It t ; a R I R ; t a t s ; R a a a i of
Drainage area-square miles R a g a i R R to a r a R a R r a a a a i
Usable pondage of storage at silo-aere•foot........ ; a R a R ; a R a R it a R R I R t■ ; to
Deslgn head of watorwheota-foot It it It s
N.1N,IgINNNMNINNHbINM11NINN1ININMNIINNIINMIINNIMIMIIN•NIIIN.NI,HINNINIHIIN.•IIIIXIIIMMINIININIIIIINIIIIININNINNNIMNNNMMIMIIMIMINNNNINININ1NN11NIIN/MIMNIMNINMIIN
plant eanu.. Trees state Cattily ......uu....... Pod efaN t1
u.•.••• r VO r A r
For sash unit ar group er idenikal unke show the following: _ T~tM N!! L:•sLN ~!altts•t:t;.M!! L:•JL t ; )0.4#Vswt.,...
Maximum nameplate rating in kilovolt-ampores : q
i
Maximum nameplate rating of generator In kile-/vstb........
r 1
Name-plate rating-power factor t It a R ; M
Operating speed-revolutions per minute It R R a
i r rot
~ Generator r'►loge .....................................0 R t It R
r
r
Generator photo and frequency or d. c.................... ; a t R t
.........r aRaR r ,
Year installed,. ' r
PUAWA ultimate generating capably-kilowatts........... It a a it a t It it ; it a a R to a t a R e»
r
If a htl-burning plant show: Kind of fuel It a a It b
Full load fuel consumption in Btu per Kilowatt-hour 1 ; i It
If a hydrooleetrie plant show: Fill vat on which located t a a R N's it t R X a a a R R a t eg
Drainage aroe-squa►o miles i g R it a i a a g g 1 R it R a R Rat = N
j Usable pondage or storage at site--atre•feN.......... ; a R t R is R a! S i R R it a an a a r ot
' Deslge head of watorwhools-foot Rata S i tog
NWNIMINNNMlIM1NXN11NNIMNNI111N1111NINMINNIINNMIMNNNNNXINIMNIIXINIIN.INNNNMINMINININ1111M11NNN11NNIMIIMMNN/NIMMMMIMMMINNIMM
I Hyd, :1 pumped storage. steam. Internal combustion engine, gas turbine, or nuclear.
i s if not now whorl installed. show also by footnote the year equipment was manufactured and this ye or robulit.
it
LWWW NOT APPLICABLE
Now" NANMINMNNIMIXNNMNMIMNN
1 .N1. ~•M
Lk
Bower Srieem Starernctte of DENIM MUNICIPAL UTILITIES W the You Ftided Docem" )1,19 65
.
•IINNIN•IINNIINII N• IINHp1111,N1,ININININ,II1pININ,NI,ININ1pNNNNN•M•••N••111 MNIN,1•M.IHINHINMINIINNHNNINIpIN1,NNINN11N11N11HINN,N1„MMNMNNIN:.NIIpMWHNNIININN•pNIN•NNN.II
= Scbrlrlr f {
HYDROELECTRIC PLANT DATA
For J%J eraa rmy flash xw rirrrahw (1070, 117). 11180, eft.) this to tin schedule should be filled in ww~firdy for each canventional hydrodec.
trk gpi~ant of 10AMki owatt insisikkd apadty or m. Do tux rder to previously reported dare is reporting for every such fifth year.
}w rxfi aJ t1r iWoomJiaMPw+ (JN1-7-f-1, J171 1 a) f, etc.) this schedule should be fdkd In for each such plant as..erred to In the pre-
cedin parsgrsph.
• Whlcb was ennstrncredt purchased, or leased and placed is operation by the rcipondest Inual the yeas; «
(b) Which was altered during the year-1.e., water wheels, generators, or other equipment installed, remodeled. removed firm senioe,
or otherwise changed; or
(c) Whose capability was modified as a result of chaoan during the year in dams, spiliwsys, or other mructeres of the prom, or in
available masse at or above the site. or
Z) Which was rat previous. reported.
"Aware those Plants in which no changes oeemted which affect ant of the data lam reported under this schedule and make the following
notation for each: "Nis fox this plant lam reported in ITC Furm No. 11, 19 is corms as of December H of the herein reported year.
Make this refereoce to stock last reported data only in reporting for the interned ate years. Use addendsw sheets as ItKdaafy.
N~,,,,,,,,NNN~.NMfNwNMWMMI NM.MN.Ir..
•IIIININ.INNNIMINMMMIMNNMIWNMNNNM•MMIMMIMMIMM.M•MMI 1 i
.f
(t) 1.0711tDICA$t, .
l
A. KA • LOCATION 1 1
r ~ !
Aires on which bated It
1 '
Sure. 1
County ................................i ; .
Portoin" .......................................................................1
1
1L STATION DATA S
Total installed generator c8VW1y-name•Plate ratings (including euciliary units)-kw I.. os i G
e"ry
POW Net plant liability under tM oast favorable westing conditlolss-kw to
Net plant capability under the most a.1torse operating conditions' kw •
r 9
,
Estimated average annual poundal output on bads of present installed opacity-kwh....,................................
i
If adoaualo records are available. specify which year of stream flow may be used to deter. o,
~ la
mina both the magnitude and distribution of the awrap annual potanlial output.......
Comm= 140W
• Estimated over-all water use In c. f. s. per kilowatt and eerrespending Mad for 1M follow. +C1 L 4 Per Kw : r
Ing bads under headwater conditions which approximate storage eenditlons. 01" 04 ; GMIAa ; ..Net '
1
kilowatt ouuull for each load : r
, r 1
Ona•Mlf station bad (kilowatts ••••••••••••••••i I itl
Three-fourths station load (kilowatts ................................I I u
Full station load (kilowatts .I.......................... I19
;
Method of operation--automatic or remote control (A), semiaukmstk (SA). manual (M).. 114
Number of future units provided for In presont plats .........:........................I :16
I 1S
Planned ultimate generating opacity-kw 1
1 t
1 1
G I:YDRAULIC DATA I
Orainsp area-square miles Ott
PwWap or storage available at site:
1. Area of pond at normal lull pond level-aeres I I to
2. Masimum draw-down from normal full pond level-fet+t 1 :19
Storage or pondsp from maximum draw-down--acre•fed I ,so
' I
Hsad-in legit, with full pond and full station bad:
1. Gross head (frond elevation minus tailwater elevation) bd I !t
2. Effeet;we net head (Grote head minus intako and conduit losses) feet...... I ~ I sK
1 +
Elevation:
r +
1. Normal full pond elevation-designate datum ....................A
2. Pond elevation used in estima!ing water use in lines 11, 12, and 13... :14
Developed storage above site 01st): '
1• Location an drainage area ....................I 9pg 1
(a) Usable voluoa-sere.legit 1
I
r ~
2. Locatioa and drainage area .....................................................I 1
0) Usable volume-sere-feet s
3. Location and drainage area ~
114 r .b
t Usable acre......................................u .uu.u...u.utau......
:001110111t ...................................r...................t
I mould Agee IV" sum of columns a and S. scludvte t.
y N Mssd en peswr IAttw eo"Wen noronany to he Aspectee at pone er sysbnt pass. State Ie+w taelor to pace eev"44.
r ~M eav_ ie_}r gnlihosdAen 4rr4 onseer ~ieanr gets at nernMl er avenge fMVatIM
s paws hand onloso InttM la eende~t NsaN. ~N»»'~•a
al. ••.,ININ.NIINNNIN.IIMIII.INOOD .....N.N.NN.NNNNMMI.••MMIMMIN.•MMIN.NN•.MIMIM.M IIHNMN.NIN.N.N.NNINNNIMMNI
Power System Stateeaetle of. DENTON M}N(ICIPAL UTILITIES. for the Year 6ndW Dveember 31, 11.0.
.NNII.NHINNNMNIIN1NN111•IMIrNMN... MNIN.N....MIINII.... `NNN•rN.NIMrrNNNMINrNNrMNNIrNM•NN.N•MIMMIINIINNINIMNIM1111MIIIM•IIIININMNI•rrNNNININI.1.1•IIINH•INMIIM
HYDROELECTRIC PLANT DATA--Conelnued
DI INSTALLATION DATA
Name of Plant ...................................................Name of System
Number of main generating unite....... Number of autriliary generating units....... (Indicate below which are auxiliary units)
HNIHHIMpI1MMNMNMINNNNNN 1 I.INYNMNNMIwINNNNNMM
• NINIIIIIH IINININNNIMNIINMIMMMNMMNNNNNINNNNIINNMN.IMMN.MYNMM""I'I, 1 1"r I 1 1
1 unN + unit , unrl ; unit ; u*N ;
+ + + 1 1 1
:0006 , 1 NN.. i 1y1 ' May.. 1 NN 1
/.,.'S •:1::f., ;
•
. 1 1
For each unit or group of identical unite show tM following
, 1 1 1
(of necessary attach additional shorts); . , . . ,
NOT "ICABL6;
1. WaterwMals:
(t) Design head-feel ..............................1
1 1 1
(a) Operating speed-revolutions per minute.........., ,
1 1 1
(c) Maximum horsepower capacity at design head :.....i 11
(J) Type of runner-Francis (F), fixed prepe0er ; i
1 1 1
(F. P.). automatically adjvsbMo pretWor
' • ~
t............_.._ 14
(A. P.), impulse
G) Type--horinnfal. vertical. or
/ 1 1 1 ,
(n Year installed' ' + 1
(v Manufacturer...... i 1 1
~1 1 , . 1 1 ~ 1 ~ 1
Gonggraws:
W Name-plate rating in kilovolt-ampsm 1 , 1 1
Nameplate rating in kilowatts
' + / 1 110
. +
Name-plate rating-power fatter
/ 1 I
W Continuous everlead capacity In Portent ~ 041
1 1 /
(c) Voltage .......................................1 ,41
o
(11) Phase and frequency or dr c......................
, 1 i 1 1 iµ
(e) Year installed'............................
(n Manufacturer ...1.........~-•--•• ~.........;d
L STATION STEP•UP TRANSFORMERS
Data an to be lurnbhed for troth tranderteor or group, L e., one or more banks, of kkatial transform". Inchtdirlg opera
IIIILUMMIMINNNMH1HN11NN11HMINMMMMMNMYbfN,NIMNINNNIMMNM'IMMI""""II'N jl"'INNI,MINNNNMIINNNNNMMNMWMIM+IMNIINNMMII•NNN; ~NNN•N"'I"N'MMM~MM
anew I + orewo ! amo 1 ; tir.wr a , clew" 1 1
1........
Number of Identical transformers: (a) In service..........; ; ; S q
(b) Spare ; ,er
1
Type: If auto. specify '44
Phase and frequency
Capacity of each transformer in kva: ;
W Normal rating +
i 1
0) Maximum anlintNwe sting wM farad tooling NOT APPLICABLE:
Of Installed) . i !t
1 ~ 1
Volute, in kv.- Primary
1
Secondary 1 ' ; +!1
i + ilo
Bank cannaetisn(~I V. Y, grounded V. or ether):
Primary....
Secendary......... 1 ' ' i!g
1 '
Tertiary ; it
lank apathy. In W.: Primary +
Seandary. ' .
• TetWryuuu....u...u.u. ifa
i ~ ~ 1 t +
1 1 1 / +
. ~ 1 1 1 1 +
........................................i..................i u.......u..~u...1..
1. RM_MaJ.K ..rNMe anylh, ownsxhyMNe a-A.~ Y4vIip" t wag 1-.'~^t''~'' year '
IHI 2. N «NNN saw IN *me nBW ~ aloe feet"o Isis "N 11rM MII ns"~avro Fed one I ^M rolgift
ptl
.
DENTON MUNICIPAL UTILITIES
ower System Statement of....
P NN .............fey this Year Ended pecatber 31.19.65
NH..IWH.N... H. N.NN.H..W.I.NMN..,W .INNI.........NN...H......N.HN....HHN.....NHNN..IN.HNW.INI.NNNINI....N.NINIII..N..N.INH~..H..H.N W.M....NiMHNIHHM....N..INW
Scbrlxle d-A
PUMPED STORAGE PLANT DATA I
Fr 1lef ied rru~ sirs yw iberfrw (1170, 717f,1110, var.) this entire schedule should be 61kd in r«e jlrNl
.1 for each mped storage pleat of
10,000 kilowste ingslW capacity or greater. Do nett rcfcr to eviuusly itpated data in reporting Wr every sut ` th year.
jr tab of ric ksrtrsardurc-cwo QW-7-1-1, fl77 2 1-I, etc.) thi+ schedule should k filled in fa each such plu.r is referrcd to in the pre.
ssrapb
i
h was coastrttcttd, pwthned, or hated and placed in operation by the respaodeat Irrln the year.
or
a which
Which was altered during the lieu-I.e., water whects, gerterston, or other equipment Mats W. remodeled, troatived from service,
or ochawise ebNord; or
• (c) Whose capability was it"f ed as a result of changes during tbt year In dam, spillways, or other stroceares of the pro)ett, or Is
available storage at or above the site; or
g) Which was not petrvioatl repeated.
amerate those t~lanu is wh~h no changes occurred which adect any of the data lag reported wider this schedule and make the follows a#
notation for each: Its for this plant last repaxttd in M Form No. 2, 19......1 item t as of December 31 of the berein reported year.
Matte this se&rence to stick last reported data only in reporting for the lstermedista yeah. lfse oddeodam sbrets u necaury.
(1 OF ) /IoM Name..OF 1
A. PLANT LOCATION
River on which located 2
State 3
County _ NOT APPLICABLE 4
Poet offir~............ y
IL STATION IIATA
Total installed generator capacity-name-plate ratings (including auxiliary units)-kw s.»... 6
Not plant capability at maximum head-kw Power.Factor Pe!am'. 3
Net plant capability at minimum head-kw g
Estimated average annual generation-kwh 9
Estimated average annual pumping energy-kwh 10
Method of operation-suiomatlo or remote control (A), semiautomatic (SA), manual (M)...... 11
Number of future units provided for in present plant- 12
Planned ultimate generating capacity-kw 13
Estimated over-all water use in c.f.s. per kilowatt and corresponding head for the following MsalTem Mtnlmutn
leads under headwater corditions which approximate average conditions. Give the kilo- y~!d
watt output for each lad:
One-half station load (kilowatts )....................................e.f.s. Per kw-. t4
Throe-fourths station lad kllowatb
Full station load (kilowatts ,...............c.f.s. Per kw.- I 16
Overall conversion efficiency-kwh output + kith input 17
Full station load pumping-kilowatts ...........................................................»........».......................I..................... Ig
G HYDRAULIC DATA
.
Pondage or storap available at site: ulp~! .?...9..i...4?!!!► raaw
1. Area of pond at normal full pond lever-acres.......................... 19
2. Maximum draw-down from normal full pond level-feet 20
3. Storage or pondage from maximum draw-down.acre-feet........................................ 21
Elevation
1. Normal full pond elevation-deslgnaN datum t................... 22
Head-In feet, with full station Wad: Ma.Nnum Naad ; M....... type
1. Gross head (Upper pond elevation minus lower pond elevation) .....(eet.................... 23
.
2. Effective net head (Gross head minus Intake and conduit bases) .......................feet............,....... I.................») 24
Strop In upper pool : .
1. Kilowatt hours 2S
2. Hour use of net plant capability 26
Pump stating method 27
_
NOT APPLICABLE
I Cm 840 tows schedule fa earn 1 stomp Malls. For elsnN with both eenwnooml and aentaed storage faealtfos pow etdF tow Fatnalets sloe
d 001 trit 4.
s {g~hd~ouyll~edgthe~aere ~ts onWMtal fehedule 1.
a capMF N fo N M vwvM tpMr e+ndlden nermslly h N expaetN at Nme M tyffem petit !!rate dOaNr httN fn goes prMded•'
NNNNNI.NIIIINNII ,6-0--mm N.NIIINNN.IINIMMNINIINIIIN.ININNN.ININNNNN..INIIHIN........0-IIIMN.INNNIINY I•MNNInNINItN1111NMIN1N111NNNNINlI.MNIIIN
01)
1
i
w
• I
Power System Statement ol...DERM MUNICIPAL UTILITIES for the Year Ended December 3f.t9.6S
WN.NM.wNNN.NNNNNNN N..N NNN.NNr N.NNNINNMNw.wwNryN.NUN.N..N....NN...N.N.N.NNNNIwNN.NNnr.NN.NNr..rNN.NN.NMINNN.MNNNNN N.wN NNNN..N.n N.MN.rww...
w PUMPED STORAGE PLANT DATA---Coodesed
D. INSTALLATION DATA
Name of Plant Name of System
• Number of main generating units Number of auxiliary itinerating units (Indicate below which are auxiliary units)
UrA l UnM Unit Unll UMt
• _ } Not. Not. Net. } Ne}: N~~•.S.'.:s::J.
For each unit or group of Identical units show the following 1. I .
(if necessary attach additional sheets) : s
.
1. Waterwheels of Hydraulic Turbine/Pumps
(a) Design head-feet 2g
(b) Operating need-as turbine-rpm .........................n 29
30
(c) Operating need-ace pump-rpm i
(d) Maximum horsepower capacity at design head........ 31
(e) Type of runner-Francis (17, fixed propeller (F.P.), NOT AP BLi6 }
automatically adjustable propeller (A.P.), Im.'
pulse (1), tubular (T) 32
(f) Type-horizontal or vertical or Inclined 33
(g! Year Installed r 34
i (hJ Manufacturer 3S
2. Generators or Generator/Motors
(a) Name-plate rating in kilovolt•alveree-Generator... 36
(b) Name-plate rating in kilovolt-amperes-Motor........ 37
(c) Name-plate rating In 36
t (d) Name-plate rating-power factor-0enerator............ 39
• (a) Name-plate rating In horsepower-Motor 40
(f) Voltage 41,
(g) Phase and frequency or d.c........... n.....r.............. 42
(h) Year Installed 1 43
(q Manufacturer 44
1 3. Separate moor-driven pumps
(a) Name-plate rating In horsepower 43
(b) Name•piate rating in kilovolt-amperes 46
(c) Phase and frequency or d.c...» } } 47
(d) Operating speed-rpm } 48
(s) Type of pump 49
(f) Year Installed r k SO
...~~.Manufacturer._..... . . 51
.
L STATION STEP-UP TRANSFOItUMU
Data m to be foreisbad for eacb transformer or group, I e., one or more banks, of idendeal transformers, Inclodieg sparea
Ors Orws a . .~a ....j..
....u»..».ou.uuu.cacti.u-.......uu...........u•.uu.......u•u • •ur.....uu.}............... .u•.....uuu•.............
..u•»u»~N.
Number of Identical transformers: (a) In service ..............1 S
? (b) Spare S)
Type: If auto. specify....»....... i! 54
Phase and frequency................... NOT A4>~1.ICABLE SS
Continuous capacity of each bank (with forced cooling d W `
stet led)....»»........».
Bank capacity. In mva.. Primary 56
~ Secondary.....»» } S7
Tertiary.................................. ~ 56
Vollap, in k.v ..Primary . : S9
i Tertiary.. 61
S~oond~h!.......... ..............61
•Y•
r if reel Mw when lnataned, show also by footnote the year "vlpmant woo maaufaotered and the year reaelN Rev. (IZ-4)S) .
II.N1rrNNNNNIN.,rr,.H11r,N•,,rIN1I•INI,NI.MIMIIN„1N,I,Irr,INNHNNNNNINNNNr„NNNNNNNN•~NrrNNN„NINNNNINHN,NHNnNMMIMNNMMINNNININNNIINNMHNINIHNNIMINMNMNgNN
(l1
ale YI
J. 1 t "
Power Svstersi Statemene of.... DENTON MUNICIPAL UTILITIES
.for dw Year Ended Decensber 31, 19 65
.~.,,MMNINII,INININ.N„1'.INN,I,NIMNNN„NNNNNMN,N,INN,ININININIIN...IN.N....... ..III..... N,.N„INNNNIINI,MINM.MNNNN,,,NNINI.,.INNN,.N,NIy.N,INNNINN„NI.1N.M.N,I,.NNNINNNIL
Stbrlrlr 1
STEAM-ELECTRIC, INCLUDING NUCLEAR, PLANT DATA
fw lflf awl "Wi /f hp or riert few (1170,117f, lose. M.) this entire schedoteshould be filled M ewaplddj for esch uam<iectrie (including
nockar) plant oI 13,UOPkilowatt iostalkd capacity or greeter. W not "der to previously rrportt-1 data in repnrting forestry sock filth year.
fwrati.f rkiwwwrlianyrwsQoU-y-1-1,117!-24 I, err,) this scheduk should be filled in for each such plane as relared to In the preceding
paragraph
Which was constructed, purchased, or leased and placed in operation by the respondeet daring the ream or
(b) Which was altered during the year-4e., generators, boiler units, or other equipment installed, remodcVed, removed from service, or
otherwise changed; or
(c) Whose capability was "iikd as it mate of plant changes during the year. or
d Which was not previously reported.
Enumerate those plants is which no changes owwred which affect wy of the data reponod Notice this schedek and matte the followiq
notation AN each: "[fats for this plant last teFKwttd 1 . F'PC Form No. 11, 19._..., is cneme as of December 31 of the herein reported year.
Make this telerenoe to such lam reported data only in ,sporting for the intermediate years. Use addeodam abreu as necessary.
IN,I ININNNN INNI HNNIIINN.NN..NNNIN.NNN,MN.NNN,N. HIMIINNNN NH.N,HNN NHHIIN NNHNN,NNIIINNI.NNNN,N,NNNNI,IMMIryNN111NNNNN.N,NINNNONI,NMNN.HNNNN,ININNNNNNNNN
r 0400, Flame lipp lt. Am. 1
...:...........ii K.AWI6- WA..__............._......_0........-----(i} P1a0t_..;..
Texas Turbine - Generator
;
State : General Electric ~ s
County.. Denton . r r
s
Post Office. Denton Company
r r e
B. STATION DATA i i
Total installed generator capacity-maximum name-plate ratings (including auxiliary: 57x300 i
units)-hue t r a
s
Number and capacity of future units provided for in present plant........... ( 66,000 , a
Planned ultimate generating capacity-kilowatt 1890 300 ; r
Source of condenser water supply and type of cooling...: Induced„Deaf t- Cooling Towers s
'r s
Minimum available condenser water in e. f. s........................................... ; 66, 8 ;
Give the duration of the period and the time of the year when plant capability is noressally to
limited by condenser water or ambient temperature ~ July - August i N
Fuel consumption in Btu per kilowatt-hour of net station output. Assume the most offideM
combination of units (for K and R load) and give the kilowatt output for each load: i i
W At one-half station lead (kilowatts............) 122960.
;11
(b) At three-fourths station load (kilowaMo............ ) 12,384 toll
(c) At full station lead (kilowatts......:.....) 120182 :11
State whether steam produced at this plant Is sold or supplied Soother departm als a to in. ; ;
0 '
dustrialcompanies ................................................................1 :14
11 coal la used. from what State Is it procured 0 ' Is
9. L u. content of fuel as li►ad:
Coal (Stu perpound)........................................................... ilers Combustion En$r. Co. is
Oil (Btu per gallon) 1429000 ; 11
Gas (Btu par cubic loot) 1x000 IIi
......................................................................1...............__..........
C. PLANT NET CAPABILITY UNDER SPECIFIED CONDITIONS
NINMINNMINNXINIINIIININMINNNN,IINNNN„N,1„NN„N/N111,N,N,Ny„NINIINIXNNINNNNNIIMIN,NNIINIIIIINMMIIMNXNN,INNM~,~INMI,NINNMNNIIIII,111„N,I,,,N41INNNIN,NNN,,,N,,,,XN,,,,,,
wIU Aservleioenent IN 041116of 111mv costil" v i
Inilowatesl r (ttllewathI i '
' (KNeu~at4
r a
s $5.:..,.......... gs...~ .............~5. r
/ r --1
haM...' hoer jNler
;aaa , ~ feelers..... '
.......................................y............... ...'.................__...M 1.e1.te.M.......
Net plant capability (excluding plant use):
'
When NOT limited by condenser wager or e S
ambient temperature:
For loads of: ' i ' i
(a) One.hout dl.ration ................I 57x300 25,300 259300 ~!s
(b) Two-hour durathan 519 3110 25s 300 25 9 300
(o) Continuous duration 57 , 3011 259 300 25 ,300 L During periods when Yasiad by condenser
water at ambient Urni erstisro :
for leads of: W One-hour duration 57 , 300 25 9 300 2 S, 300
0) Two-li"rdtiration 57x300 S 249000 24,000
. k) Co Movious duration........... Not Known
..........a......... ......1......:...........:..................t..
s fneu>4 agree wIM rum of miso"" a aM % 1110000 1.
a spebllny to to Mare en paw hater OWN" normany to M exlMCleO at soma, of ey%ftm WL rift power low In pees avow.
L,N~NMMINNINNI
.
-0 110 - as - I (1 S)
flue. (1l~ij
r
row".."em Stuew.eoa of DEN .....T..ON,M......UNICIPAL, UTILITIES. 65
the yew Ended Deeerriber 31,11 ...65....
rM. a ,I,uurN NNN, NNruNIIrNN1N,NUN IINN,NMUMNNNMNIN.N.11M•I,MNIIHIHNMNUNUII,NIIIN,NIUN•MININ~INNUN,N, im N NINNIININININN, 19,
' STEAM-ELECTRIC, INCLUDING NUCLEAR, PLANT DATA-Contimud I~
D. INSTALLATION DATA
Name of pltnt Name of System.....................................
Number of main generating units Number of auxiliary generating unhs....... (Irndicaft below which are suailia unit/)
i r uu,NN , r r NNNNN•xM
r .....Nu ...M N,NIN u,.NN,IN,N,PIN...HN1•INNINU,NNN,N,NN,NN,NIIN,NN,MNM,NUNNN„NNNN,rII„NNNN1,rNN. H,MN„
l,ea C' A.. NNN . .
unit or group 0 enbca~r,units )row irsNIo(lowing uJe I Yn I VAN! ' UAA / unit '
(if necessary attach additional sheets): Nos., . ; N i Nos : .3. Nee.,....jtNom...:.. I
Generator Data: 1
: i ' I
Manufacturers maxlmurp nameplate rating In kilowatts. ; 12o650 12p650 31o960 30111 ' 1S
Hydrogen prossuro-pfi gage • 116
' Manufacturers minimum nameplate rating fn kilowatts. + ; :11
Hydrogen prossurr-psi;gage 12x650 12x650; 22,000 151E r Ott
1 r I • ;
Manufacturers nan,splatf-power faNor •85 i .85 .85 ;p
Generator coolant-Air (A), Hydrogen (H), Uuqid (L)......; A ; A i H ; ;10
Generator voltage : 13.8 ; 13.8 13.8 :11
Generator phase and frequency..._ ' 3-60 ; 3-b0 ; 3-60
Manufacturer 'r CE GE GE
„........N............._...... ;
Turbine Data: :
Turbine nameplate rating--kw 12x650 is 12,650 22,000 ~u
Single using, Undem compound, cross compound, etc......: SC SC SC
Operating speed-revolutions per minute 3600 3600 3600
, r r , , u
Throttle prossuro-pei gage......... 600 r 600 r 600
r yg
Throftle temperature'-degrese F 825 825 900 i r 1y
Reheat temperature, if applicable-degrees F.......„......... 0 0 0
Exhaust prawre-si gap or Inches of menwry 2.5 245 2.5 f 4140
Full bad steam raft In pounds per kilowatt-hour 8.46 1 8.46 1 7a89 . r :41
130600 : 13,700 12,153
Full load heat rate In Btu per kilowatt-hour . , , :43
Manufacturer .......i GE i GE i GE :41
Year installed' ..N, 1955 1 1955 ~ 1962 1 ~ 044
Turbine -Generato r Data: = r r 1
Maximum gross capability in kilowatts ; 129650 1226501 31,960 045
Hydrogen pressure-'-psi gap ; 0 ; 0; 30♦f 1 rb
1
' NrNN11N.M,HNNIN,NNNM,NNNN NN,NN,.MINIININLNIN IIMUNI,I MIN.WWN,M ~NN,IIMNNMINN.NI N .IINMHIINHNN N HM ININI,MN,U u M N.INININN, 11 N NNW 1NN,NI N NJ
Give for each boiler or group of Wentkal boiler/ the following:
Steam pressuro-p/i gap NN.. ; N•~••' "~BSO':.~ d!~:va::a .!r!!:.:•aa:;
'
Maximum corNtimNOY/ /teaming capacity-pounds per per tor.....' 125 a000 11250 1' 280.1000 1
Kind of fuel (teal. gas, oil, etc.) Gas i Gas : Gas i 1p
Method of firing C04USTION ~URNE(l8 :!o
Year installed - : 1955 1955 1962 ' ; sI
Manufacturer.. Combugtion Engineering , 1S1
t.....................
L STATION STEP-UP TRANSFORMERS
Data are to be fWWOW for coch trandoraw or grasp, L a.. one or sort bents, of Worded as dwssers, ladr If epam
W NI,IIINIIN,..M,I,UNNN,.,NNNNNINIINNIN W IN W NN. N W INMI,I W INININN W IN W MI W IMINNNY/N~.N.NNN~W NMMIWINI„IMIN IMIHNNPINMI WI.LNxN.NN WI. W W NI W N,UNNMNINNNN,/W.,.N,,„pIIINWNHN.
.1•. ..1.......... .•rr......... y
.1•
~NYmber of -Identical bamforn+er/: (e) it tsrvke 51
i 1 .
(i) Svere...............
Type:
If aYft specify 155
Phase and frequency ; :!a
Capacity of each transformer in kva.:
(a) Normal rating
1 1 , r 1
(b) Maximum continuous rating with to
forced cooling (if Installed)......; ; NOT AP*ICABLE so
1 1
Voltage. In kv.: Primary
1 1
, '
Secondary
e 1 , ' .110
Terutty 9..................i ; ;dt
Bank connection (06, V. Y. grounded Y. or oftr):
Primary ...........i
Secondary
r * ,
Sank capacity. In k►a.: Primary , '
, ; ,rN
1 '
s Secondary 1
; ;Ito
4 ' 1
...................T'!7 .....s:...»..........t.s.......:..........s.........~.........:.........:~~
t N ad acw ~ I I 1 11- gala sloe 41es1 III year $410 nt Was wMNahelrrol aft the year rd OL
W IIIIIIII.IIN NNINMN
a ~ (f41 Rev. (f1~
~ i
Power System Sememene o(• DENTON .MUNICIPAL UTILITIES Yew Ended Decal bar !1, 19.6.5
IINNII•NI,NINNININNN,INNIMIINNM•NINN••11•N•I•N,IN•NN••NN„•,,,,,•INN.NWNHIMx•N•MI•NINIINNNNNNININNINNNNNNIIMMN1111•NIINIIINNINNN,IN,ININII•x ININ11NNN11Nx N11NNIN1
Sri3rlrl~ i
INTERNAL-COMBUSTION ENGINE AND GAS-1WRBfNE PLANT DATA
Fir Mi mad nrr ~ lei yw rl.rafri (1070, mi. 10so, rkJ this entire schedsk should he AIW in eowt wj for each internal-combustion
easing plant and ear psturbine plant of 3,WMilowatt installed capacity Of grata. Do not rekr to previously reported data in reporting
fog gray such fifth year.
FN urA of t&# iWoOdlierjews (101-s1-F9,1071-2-1-t, fig.) ?hit schedule should be 61W in ley each sucl plant as rekrrad to ie the preaediag
a)
d Which was constructed, purchased, or kased and placed in operrrion by rig resFon lent daring the yea, a
er b) Which was altered deriag the year-40., Cali". gerwators, cc other equipment installed, rexib& d, ressoved ban service, or other-
wise char , or
E Whose apa 'lity was tuodi6ed as a result of plant changes made during the year. or
Which *ism previoesly reported.
mnate those plan" in which pro changes occurred which affect any of the data last repomd under this schedule and make the A>llowinA
pass tka for each: "Vat a for this plant last reposed in FPC Form No, 12, 19"•..., is correct as of December 31 of the berein repotted Ism.
Make this reference comb law repotted data only in reporting Air the incamediste years. Ilse addepdpm ahgas a pesesaary.
III W INNNN~INNIININNIINMINNINMININN„NN„N„NINN,,,I,,,,,NNIMNIxIMNI1INININNNNN~NNIMN.NNMIN,,,,NNN„N,I,,,NINNN,,,,,,,,,N,,,,,,,,,,,NN~„N,~,,~
mame Diesel S ~ .......fko, Plant t
.,1
PLANT LOCATION 11
I
1
Sate... .Texas •................5
Count Den.ton 1,
Port efflce. Denton ; y
1
B. STATION DATA
Type of station- internal-conisustkn engine or gas turbine 1 S l+C i
1
`
TOWInsaltedgeneraa►captcity-Maximunlname•plaleratings-kw s ..,»;.1?1635_d
Not plant capability for bah .•h
pww Factor.
9b:::.r.eaf'
11 One•hour duretien..................................................... I I07M
• ~
2. Two-hour duration 1 10,000 r •
1. continuous dumb" 1 10,000
i t
Method of operalion-•automatle (A). oemlaulor.%alk (SA). or manual (M)...........~ p
Kind offud as ; Gas-Oil
• Btu Conant of fuel as find (give volt of masun) 01TM1AQQ0.1$~~J/dal Gaswl t000 BTU/CF. ; 1!
Number and eapoehy N future units provided for in present plant ...................5 NONE tt
Planned ultimate generating eayaeiby kilewstb 12 s 635 t1
•
tit INSTALLA+ ,1 ~ DETAILS
Number of units......
NNNIMN.INNINNINMNIMNNNIIININNNNYN,NNN.INNIINIMNNN,NNNNN11.pMN,.,NININII~INIMINIINN,MNI11YN1NN11NN1N/M1.11yNINNNNMNWMNMNNINI..NNIN.N„N IINIINIIIN.I,NNNI,Ny.,
i unit 105 unit 11 i unit 12 and 3 4, unit 14,
B S C if D S E 1
........................1 pie. :iftsL•Ji •li•Vi 4 N~'l. •Slii ~
For each unit or group of ideatkal units show the following
f 1 , 1 ,
(d owes a&ry, attach additional sheets):
Name-plat's ratFns--kilovolt-amoeroe 3x125 %o 3s 125 so 3,294 so 3x429 13,429 its
Name-plat: rating-hibwatts I 2500 2500 ; 2635 ; 2500 2500 la
Nave-plats nltng-pryer facial t 68 't .8 i .8 .8, 8
Operating sr,eed-nvolutbnl per minuM 225 225 ; 225 ; 217 S 217 S$ht
ts
Generale, voltage .....................................5 2400 ; 2400 S 2400 S 2400 12400 S tt
GenfindrUedNandfrequeneyord.e ..A 19480 S 19480 S 1-60 =3 60 ; 3-60 Aso
a 953 11 1954 S n
Manufacturer of generator S Elliott i Biliott AC S
'
AC 'r
FM
fuel consumption In Btu per kibwatt-hour at:
1 1 r 1
One-half bad (kilowatts..
y~ ;n
Three-berths load (h~irlI~l ~tti/ 1 1
RnYwa•.u_••u.••)•...•.uu.•_, I ' 1 1 I M
Full lead (kilowatt.... ' ' 1 1
Gas turbines:
1 1
- , 1 1 1 r
InIN air tempraturo dogsea F
I 1 1 1 1
InIM gas teretperatYrs--dyrey i. r S 1
Exhaust gas Wrrrperalure--delime F
{`C Manufacturer of prime-stover...
•I 1 I ;tie
ss H any Nat is 041114044 Wkh bait hManst ternW,rlbn mains aM ya.frrflne unMa1 wgn Idnd Maul/ N raprbA sec Brae a sgatr'.
► ineuie writ aaln of ahmnfaa~4 and S. Msense*N 1. Mine ~ewe► fed" b' AWIMS"y
Iviate nnel ~leb when h"Iftla, Maw a by No1neM ma "W eto he IgeMr/lotusrM Y~io~ n is low erarMN.
(l1) Ralf. (1245)
'0 00 -
DE=N MUNICIPAL UTILITIES
'
owarwSrstem Statement of. for the Year Ended D•cemb•r 11119.65
.w N.M.NNINN N.NINIIw•INI.'M.NINwNw.wN.Nw•Nw.Yw.wNww w•wwllw NNww wNNNNNwwIN.w N.• •
.NWNMNIwNNM.N.IN.....w MNw.M rwMNNwwMrNNNI.NINNNNw.N
INTERNAL COMBUSTION ENGINE AND OAS-TURBINE PLANT DATA-4C*Mnued
D, STATION STEP-UP TRANSFORMERS
No -4 of Plant Name of System...............
I Data ax to be furnished for each tranaformer or group. I. er, one or more banks. of Identical tranaforsi ers, including ape.-.....
1r~ wlwr.N•NNN.NN.NNN.w.wINIM.N•NI NII.11•NI.......INNIINIIIwNN.INI..M.......NNN... .IN1111N.NNNN•I.NNN......... N•HN.NININ.INN.,•N.NI111.1•N•M.N....NIMNII........Nr1 NN.N...M
Onus t....g~e ! Ones 1 Onw1 1 O.we
Number of identical transformers: (e) In service 2
W Spare 0 ; a
Type: If auto, specify ....................................................4 YE ti ; 1
1 1 1
Phase and frequency.._ . 3-60 i It
Capacity of each transformer In live.
~ I 1 I 1
(e) Normal rating 5000
t I I i i 11
(b) Maximum continuous rating with forced cootinj (if . 1
50 I 1 1
• 1 I 1 1 _ 1
14
Voltage. In kv.: Primary 2400
Secondary 3a 200 1
' i
Tertiary
Bank conn•ctien (6, V. Y. grounded Y. or other):..- ' ' ly
~ 1 1
' ' ' r 1 1
..I r r
Primary e-...... Delta S•cendary Wye ' p
1 1 /
1 r l•
( Bank capacity, In lira.: Primary 109000 so
I 1 1 1
+ S•eondary 10,000 1 1 ' at
Tertiary . al
~ s
I
.
i
i
i
i
i
•
+ 1
1
I
r
t• '
• ~ N.NNINNN.N. NIMI.NINNIMMNNNNIMNHMNMIIIIINNINNIINNNNN.NNINN.NN.N..NNIIININIIIIIINI..II.NNIN.IIN.IINININN..INIINNNNMMNNN.N1
~ INMNMIINNININNNNNNNN.NN.1N111NINNINNI
(Ih Rev. (1240
Power System Statement of... DES. MUNICIPAL UTILITIES AN the Year Etded December 31, 19.115.
IHN W INIIIMH.IH YrHM• W LIM W W W NMINIININMHIM.INgI V NM.NrNNrIN1111H11NIN„HIII,r11bHIN1N,N11HI,rINIH,111,I1rI,IWHIINNNNNINNNNIIM,MNNWNIgxH„WHI,HII,IIHONNNIM.MMMNx
Schedule 8
YM4U D AOOOUNTINO OF ENERGY TRANSFERS WITH OTHER ELECTRIC UTILITY SYSTEMS AND
INDUSTRIAL COMPANIES DURINO THE YEAR
GENERAL INSTRUCTIONS
1. In this schedule, give an hornited accounting of all energy transfers to and from the facilh;os of other systems during the
year, Including gross sales, purchases, Interchanges and transfers for resafel whether on a firm. Interchange, or any other basis,
and all cnergy received Gera industrial companies. Group the entries and show subtotals of energy transfers with (a) private
systems; (b) municipal and other publicly owned systems; (c) rural cooperatives; and (d) industrial companies (energy received
only). Part A Is for recording of "In-Load" and borderline energy transfers as found described in the instructions for Part A on
Page 20, and Part B on Page 21 Is for the recording of all other energy transfers.
2. In column 1, give the name of the system to which the respondent's system Is eennected at the transfer point. Where the
connecting system merely acts as it Cartier for energy Intended for other systems, state In footnote the names of the other systems
Involved.
S. In columns 2 and 31 give the location of transfer points in sucn a manner that they an be identified on the system maps
furnished according to schedule 18. By "transfer point" is meant the point at which the reported amounts of energy were trans-
ferred to and from the respondent'a system.
4. Energy delivered by respondent's system to customers of another system (sometimes known as "border-line customers'),
or vice versa (smartly delivered to respondent's customers by another system), should be reported in Part "A" and ideMifled by
Waiting "border-fine" In column 2. Border-line deliveries or receipts, except at Individual points where Vera transfer exceeds
5,000,000 kilowatt-hours, may be shown as a total for each other system Instead of by eack individual delivery point.
S. In Column 4, show the symbol -r, for firm power transfers and the symbol "Hr' hr transfers other than fine.
(f. In columns S and 6, report total amounts of energy flow in tech direction at each transfer point, 1. e., the total amounts
"delivered" and the total amounts "recelved" at each transfer point including energy transferred or displaced through tM
respondent's facilities for delivery to other systems. Do not topers the amounts of eneetly bdW. of net transfers, if they differ
fray total teetufees,
7. Firm power for purposes of this schedule Is power which is Intended to be continuously available for defivery.lo the pur.
chesor, Other than firm power is power delivered or received on a "when, as, and i(, available" basis,
& Where there are several points of Interconnection with another system, and there it no distinction between firm and
other than firm energy M individual transfer points, show the total energy received and delivered at each transfer point in columine
S and 6, and also show a subtotal of the firm transfers and the other than Ifrnt transfers with the mher system Involved,
9. Subtotals and totals of the combined parts A and B should be carried over to action B of schedule 9.
1
I
t 1
i
1 1
,
. i
1 ~
1
I ;
I ~
,
1
i
MMIIIt11W11,NN11NlINNM/MNN//NNNNIMNNMNI/1MNMN/N111,NMNMIN/1NIMMINII , NNIIMMNryNNN"IxN/1N1
(19) Rehr. (12.0
r'
Araeewerre DENTON.MUNICIPAL UTILITIES' for s4 Y«r Eruw! Nov nbe S! fy 65...
NII„MIIMNM I,I"1. .NINNN
Sdwdtde S-Condaucd
PART Ar-ENf OY DEUVEAtES TO WECIRM SYSTEMS AND ENEROY TRAN&WnONS
WITH BORM4LJNE CUSTOMElt&
(See Pass 19 for General Instructions)
1, Show in column 6 the amounts of energy delivered for resale to each class Ell and class V system.
2. If the respondent's system delivered energy to customers of another system (sometimes known as "border.line Cu&
lamers'7 such deliveries also should be included in column 6.
1. If customers of respondent received energy directly from anolhar system for the account of the respondent (border-line
receipts , such transfers shall be entered in column S. II part of the energy deliveries to systems specified in instruction 1 and
report In column 6 are received back into the reporting system through another interconnection, such receipts also shmd be
amend in column S. All ether receipts should be entered in column S. part 0. of schedule fl.
4. Energy delivered by respondent's system to "borderline customers," at vke versa (energy delivered 10 rospendwwa
oustemers by another system), should be Wenrified by Inserting "border-line" in column 2.
S. Indkole by appropriate notes those systems whose full requirements were supplied by respendeM.
6. The teals shown on One 40, eolumn Sand 61 should be carried ever b line 11, Columns S and 6. reeseetlvely. of schedule 16.
•.MMNYNNNMNIN.1 NIINN'IMIMNNNNIMINNINNINMIMINIIINMIIIININIy11NIp11N1111MrNN,N,NN.N~M,N MNNI
g 1 1t 1
'~~'LZ& MU NI
ums of otaor cow" or Issues 's TrvWW faelnt t M MMii r~As l ion
00.100.10.0001,, 1•.......T) 0. .01 ..~L.~..o....1t... 1..ego. .1.. 04, .1.`•
Brszos.Blactric Powsr =Brazos 69 1Cv Z NF 0 '31326,562
Cooperative,.Into -i Sub-Station
r
r i ip
a ;11
, ~ ~ r 1e
= no&*RTMIT
_ ! to
i = r i 1!
_ 265,700 S 2621400 ~1e
ply
S ;n
r
iN
r r sa
r
i t't i el
t M
' i
Tafial..........• L'268,700 r 3 58Q 4962 ' w
(2Q) Rev. 02
1 ~f
DENTON MUNICIPAL UTILITIES '
65.
Pow" SYSM sts"M A of............................ ...............................foe dw Year Ended Etwob► II. it
. .
MMM W MMINNIHI NIMNIIIIINIIMIMMIINI,NNMMMIINMNINNHHIIIIIINHINNNNMNMMMIXINNIIMIMI IINII,N,NXNHIMMM1111MMNHIIIN,MNIIIIylINN11111111MMYN
Schedule 8-C.ownued
PART &--OTHER ENEROY 7VAAlSFtt S WITH ELECT A lNL ILLTTY SYSTEMS AND RECEIPTS FROM
C)O (See Page 19 for General Instructions)
1. Report in column S all energy (except that reported In Schedule 6, Part A. column S) received Iron other electric utility
systems and Industrial companies.
Report in column 6 the amounts of energy delivered for resale to class 1 and class It systems which obtained a part of !hair
Power wpply during the year from their own generating Plants or from systems other than the respondent's. Energy delivered to
Industrial) esbblwhmenb should be reoorted in Schedule 0 and root In this schedule,
I. Show all points of Interconnection through which energy transfers (which would properly be included In Part B) could
have been made, whether there were any transfers during the year or not. Where no transfers were made the entries In
columns 5 and 6 should be taro.
d. The Iota's shown on line A Colgmna S and 61 should be carried over to line 13, Columns I and fit respectively, of schedule 14.
IIIMINMINHNNNMNIHIIIIII IHHHINHNIMNNNMINIHIIMINIIMNMMM UI NN NINMIMMNIHMNMN nNIM11M111101 NNNIINIIIMI,HIIMINNNNNPNMIIII NNIHNN MNHNINNNNNINHNNNHNNIIB
. ICeereWNt1el~ lints ~l 1 g Ileoeswe 1 1
No" of Ogler t:Mgaq of Broom r; Trefllrer pIr1111 err~ineerl~ isliMwi a 11 ( gpp) ;
i i ea ~Ilso Tnm~ ~ t &weI (flMelsvst•
I / 1 1 ~ 1 1 i
rr ff~~ 1
44
1 1 1 1 ~ 1 l e
1 1 1 I / /
t~OT APPLICA&Z '
1 1 I 1 ' ' 1
1 I 1 1 1
1
~ 1 1 1 I 1. I 1 g
1
I 1 1 1 to
, I I 1 ~ I i f!
i14
1' 1 1 ~ 1 I ' fit!
1 1 1 1 1
1 1
1
r 1 1 1 1 Ill
/ 1 1 f r 1
1 f 1 I 1 ;t!
1 1 1 1 1
f 1 1 1 1 11~
,
, I 1 1
I . 1 1 1 1 1110
1 ~ f 1 1 I i t
1 1 1 1 f j !t
1 1 1 1 /
1 1 I 1 / 1112
1 1 1 1 1 1
1 I 1 1 1
1 1 1 1 1 f
1 1 1 1 r 1
1 Is j 1 j~
1 1 1 1 r 1
r 1
' 1 1 1 I i 1 It
1 1 1 ~ Itt
1 1 1 1 r 1
1 I 1 1 1 1!~
1/ 1 1 1 1
1 1 1 1 r 110
' t 1 ~ 1 1 1 1 1 1
r
1 ♦ j j 1 1t
11
1
1 11!
1 1 1 1 1 1
1 i 1 1 1 o11
r 1 1
` < t 1 f 1 1 1134
1 1 r 1 I 1
I
1 1 1 1 1 1 1g
1 1 I
1 l 1 1 • 1 1 f fly
1 1 1 1 1 1
1 1 1 1 1 SN
T`_, , 1 I 1 1. 1 1
` 1 1 1 1. 1.4ilu ..uu .~.u. u......, M
.u.u ...uu .......................................j •
/ Ip
M.Mti11MIM11MIM111Illf/1111111111W IHIIIM11111NI1111Mrw11111N1111NNH1111M11111N1111N1i111.1.IN111111MNM11111111HIHH1111
1 ' (!f) Rw. (lam
, 1
P~ Systoom Staelrmerr d`, DENTON KWICIPAL -UTILITI98.................. A" the Year Ended December 31. 19A5
NIMNNNIMImNN1NININNNNNM,111N11NIN11 NN1111111N11\MMI MILAN. N.'NN/ . ..N .MNI,INIMN.N\,.MN,.NNNINII IINIINIINIIIINIIIINMWINININNI/M,N/IIIm1,WNN11111111
Scwmk 9
SYSTEM ENERGY ACCOUNTING FOR THE YEAR
MNII W NN.I.......IINNN.NNW WNINNNNNNINN1111lNNNNIINNIIINHN111NNIINNNMN\INNNNNIIMNNINNN\IINW\NX W W NININWIINIHMIIM W MMNII«MNN WNNMMMIIIINMIIIN W IINIHINI
. Itaolren-hears..
- OseerelN and. .I - ..r«.
. I ►acUVN 1 peIIrNN I
;
A. Not Generation OI System Plants (from column g, line 361 schedule 1)........ 159 591 100 r it it r ■ I I
«,n11N•WNI~,IIMNN~IMImIMIMI NINN.NHNN.pN1111NMMIN11M11
- NNnM1..NN11NNN1UIMNINNNNnM.pierMINNHNMI11111WHI11pNNM11pmMI1WW1111NNMIN1mn11NINI1 N11H11.mINN.1 1
1 , 1
IL Summary of Energy Transfers With Other Systems:
1 1
1 1
(from schedule a. part A plus part 8): 1 I I
I 1 ' '
(1) Private systems ..................................................1
(2) Municipal and other publicly owned systems 268s,700 ' 3088,962 •
0) Rural cooperatives ................................................1 ,
rasIt aa ; e
i Industrialcempinies
Total (lines 2 to 5, Inclusive) .I...1SQa$~9,b00 a
1 1 I
IIP,ININ,NINNINNNINNIIWNdNNINIMNIW WIIMMIIINIIIIHXIIIIINNII NIILMWNININNMNUINHWINIWNWIWIwIHIW1IN; MWNIW WIx11HH11WNNWNNW; NNIWNINWNNWIINNINWNNI;
I r270r838
r r a a I r ; i
G Net Energy for System (generation, plus snarly received. loss energy delivered)156
) W W INxNNN W NN,MIHINNHNNIN W IHIIIIMINI W HII.nHI W nINHIIIIN,HHIm,HINN WNMN W INIII,N„NINININ,«II W IM W NNWNNI W wInNNINNNNNNHW 1 HNHNwINNW W WINNxNNINMI
1
Isheuld agree *11% line 9,
I a I I ;
ID. Total Enevity Davered to Uleimme Cotuunrera se"'del'tol ; 13311 544042 it It
,WINIIIINNININNINIIwNWN11NNIlIN11NWIHWHNMWWINW, L .'.I ;WNIWIWMNNWHNININIINW H'~'j""NI"~"";•"'INH"wAMMMWWNMNMM"'r
L Transmission and Dkoribudogs Losses and Energy Unseoa-rred for : 22s726,296 0inelminvsline$)'.... a I I e a...:.
l + Erelvslve to "MrNr tine" deliveries to customers of ether utNhNi and Inclusive of "Itordef lint' percolate from other WOOMI.
1 xclude compny and tnterdeperlmantat dellverle%; tuch deliveries should be Inctuded 11% stheduy 10.
NNNMWN«NNINmIW W.WNNINNIMNwNHNNN W INNI W WMNYNMWININIn.NNNNN WMINNNN1111NWNH11HNn W IIWNNIMNNIWNNININnNNNNMIw
l
,
Sgbrrttr~~ 10
ENP.IG`r DELIVERED TO ULTIMATE CONSUMEIS
(taclurlw of I'border fine" d liverln to customers of other ut11kIH)
INSTRUCTIONS ,
The energy use classification's employed in this schedule ate defined or clarified below lot those classifications which may rat
be seMexplsnatory.
FARM. EACLUDING IRRIGATION AND DRAINAGE PUMPING.-In order to facilitalo reporting this classification of
energy, farm ma; bo defined in accordance with re►pondent's own interpretation Air guidance the Bureau of the Census'
definition of a farm may for the purposes herein be redefined briefly as a tract of land of three acres or mote (less than three
acres it value of products sold is $150 or more for the year) on whit). agricultural operations are performed; the land operated
by each tenant. renter, cropper, or manager is considered a separate farm. Respondent should report farms served rather than
farm dwellings served in the column for number of customers. Estimates should be furnished for this classification if exact
information is not available,
IRRIGATION AND DRAINAGE PUMPING.-Estimates should F+ furnished for this classification if enact information is
not available,
NONFARM 'RESIDE NTIAL.-Energy supplied for nonfarm-residential and domestic purpose 4.including coolyirIf sndwater
heating, Where electric energy was supplied through a single meter for both residential and commercial purpor 't include it
in the one or the other, accordiril to its principal use. Exclude energy supplied to (arm customers.
ELECTRIFIED TRANSPORTATION-Every su I;ed for the propulsion of cars, locomotives, or coaches Energy tot
-office buildings, depots. shops, signal lights, etc., should reported under "Commercial" or "Indu•Ir;al," as appropriate
ALL OTHER.-Enegg delivered for ultimate consumption that does not fall within any, of the xpecylic classifications fisted i
in this schedule. Included In this group 5Fould be deliveries for municiavl water pumping; oil rind gas pipeline pumping military
comps and bases; and public buildings such as schools, police stations, and post offices.
NW W NNNNIIIIm.WHNIII W W IIIIII,I,IININ W WI W HIN W NINrINN W NMINHMNN«NI WNWNMNWINININHNNINNINNNNINNNNIWMMNNNNNMNWNNIHNIJNNN IIHMMINNNNr;MNIM WNHNIM
' eMrmNr M KrIwM4houts ;
1 L '
gasskfleatlon d Energy Delivered to Misters CAMYmer t M of yelp or
; (t.
W.
3).
Farm,.tactuding irrigation and drainage pumping 4 .O . 1
IrfigaGan and drainage pun+ping ;
a .
Nonfarm. residential 8139 46e831,228 10
1 1554 ; 80,576,358
I r d
Commercial......... y
Industrial 1 2,966,O56
.
• Street and highway lighting '
Electrified transportation i ,17009tM
AN Athol (give details. If relatively loge)..... Water. &..Sewe>! Pumping / ~ . : a
Total Enow Wingfield a Ulrlrlaet Cottewatn (should ages with Free 1, schedvtd 9). ` • .II33 s
! s542 ' ....L.•.........
s Inc1N4q;ly Ind IntrNo rtmental de"verlos In ~yrepor Yse cfasslfIcallon.
er revert nomaer or hymn. rNWonees. ternnNK41 ans1nonmerm, eh.\ area not the number of mebrs when different.
xM.NNHMNMNN.NNINWNMMMIWINNNINWNIMINININNNI1mNIN111MN111NNWWNNINW1111M1111NNInNNINNININHNNINNNNNNMNINNWNIINNWWNIMMNHWNWWNWIN11NMIm1MW-~yry~w~~~
(22) f1 1\t
aa~
I
. .4
DENTON MUNICIPAL U.TILITIES in &I Yftf ErAw Dsesubw 71,1!.65
It 13 it 14
.
I
.
1 ~
f
I
1 I
1
1
1
/
1
i
4 1..•.' .............•..............u
1
1 ~
0-000000
1 1
s...:
's ~ v x. 1 .i+.` •h',j,~ .1' err ..s:, y. J '.M w9 T.,~•r+ ! ar
•
for the you Faded 1)rre211ber 11,19 65.
power SvsoeA Saeeaena of-.. DENTON.MUNICIPAL• IlTILITIES
.INN.,pNNNNN~ . ................M
W NNINNNNMNMNNNNNXNIXNIINNNNNIININNINNXNNIMINNMMINNN WMNINNNNNMMNNN
ScWhire 133 RWVVED DFJII/1ND ON OQIFAAT1 perTTHE TIir1E , OF~SY~SfEM MILK , LOAD OF07'HE YLAAVF~tFD. POR AESA!$ Al'
1. This schedule and schedules 14 and IS are intended to show the load characteristics of the respondent's system in a form
that avoids duplication with similar data for other systems. For this purpose the respondent's "s stem load" for any ftminuts
rdot k-hour Interval;* dolined as being equal to the aggregate of the energy supplied during that interval :
i a) To ultimate consumers of the respondent ;
b) To the systems listed in schedule 8 Part A i, o., to class I I I and class V systems;
c) To other departments of the respondent; and, for transmission and distribution tastes and energy unaccounted
for on the respondent's system; and, for the respondent's electric utility operations (exclusive of plant use).
Hole that the system lead as here defined does not Include the demands of other class 1 and class II systems whose pevr!r
requirements during the year were not wholllr supplied by the respondent's system, I. a.1 which obtained a part of their require.
merits from their own generating facilities or from sources other than the respondent's system. Deliveries to such systems, listed
in "V below, must be excluded In order to avoid duplication.
2. Class I and class 11 syeems should furnish the information requested below for the 60.miaute clock-hour interval during
which the system peak load of the year occurred.
1. All of the Remand data caned W in this schedule should show Integrated kilowatt demands kr the Wmiaule clock-hour
Interval Burin which the system pule lad of the year occurred, Whore integrated demands for 60.nlinulo Block-hour interval.
are not avalfatol It Is desired that available data be adjusted a approximate the lots rated demand for Wminute Clock-hour
intervals, Adjustments made should be explained in foot,wtes When such adjustmeMe cannot be mado, demand data should
be furnished in the form available.
4. Estimated quantities (noted "Est.") should be furnished whore measured data are not avalable.
MIMNMMMMMIpMNMNXNMNNIIMNMNMppMIM111MMNNINIMNIIMXININNYIINNMIXINXNNIININMMMNMNXMIMXNXXININNMINM,NNIMIMI~NININNIIINXMIMNNNININMMM Jilt
1 lalear aat~eaeiwsuwi M i
September 14
Dee and haw oti'sysnn peak IoW of peer.. . - 4:15 P.M. ; tr ale re.
oe«ea tllenef. 1, hoyr
••.u..••...•.•.•...N•r..'u.. •.......u:•u+
A. Combined net demand ensnl enentinnN (from de1,11, lime 11. schedule 1)...... 56 800 i t
N.ININXMIned MNM 1Noorat Nfrom ,NMNNMla* sthediele J h...... 1„IN,.~II
/ s
ft. tembed accounting of power received from other systems and Glduetrlel a mpealoo, swoolyt "border. i ,
We" npeipls erNereg en Nile A a:hWvls 1 part A.
' Naha o! edger eywots
r
! +
N.F. i
Total of lines g is 10. Inclusive.................... 1 ' . $
.uuu.uuuuu..u. u..uu.r Ill
1 WI.1111/11.NWMIMMNNN11.1111.11.NMMNMN..IINNMINNN.NMMN.NINNWNI.AWNN.NWWNIINNIMNNNNNNINNXMNNWNUIN.N.NalI111NINNNNI ~MX 'I.Np •
C. Oemand oo generating plants plus power received (line 1 plus line 11) ...........................i i t!
• ~ WININININNNIWNN,WNNXIMMNMMNMMII.I.II.IpNM1.INNNNNNNIWXN,NNNNN,.NNN.N.HNN11WN11.r11N1.INNIN11111111.1111M.1IXIMMNMMNIX/'I,MMA.11.1 NNI ..IM.NA.MNX.tM
r +
0. Itemised act ouMiog of power delivered to other systema for resale, except it "a listed in sch delo i =
9 part A _
Nate et odd sysaeu
1s
i 1 ate
N11*, ;q
' IU
s
it
1
Total Of Una 11 e)11,Induslva I i
r .NMNMI.MNMMIIIN.IIIINIIIp1111M11NMMMNNMIMIM.MM.MIlI.11111111111N1 pNNMM111.11.11.11111,I.NNIM1'XMIM ; '
x E. $)*am peak bad of the year (C minuo 0). This entry should agree with the peak iced of the year _
shown In schedule 11, using the some demand interval..:........».... .....•r 56x600 0n
f =
It.:yslom power fader at time of system peak eerrospon ling to Item "E" ibeve...: as ...peleant Estlmaw (FAW "Eat.")
"M be furnished If facer Is not ew"We from KUMI meawrotnents. N
c , +
ti~r.'r
. ITIES for the Year Ecsded Decestrbrr 11, 1965.
_
Power system statement of ....DEMN MUNICIPAL.. .UTIL.
,.,HyNNNXNNH,WNI,N.N,HMNMN,•,H,,,,HHjMyy.NXNN.NIMNIMN•NNN,ININNXNNINIHI111NXININNIMNMI.NNNNINNNIMNXMI•WNIHWHNININMHN•NNxMN•MHMiWMIN NNINNNNWINMNNM
Srbedxle 14
NET GENERATION. ENERGY RECEIVED AND DELIVERED, AND SYSTEM PEAKS
By MONTHS FOR THE YEAR
1, in column 2, show the total net generation of system C In column 10, show the maximum kilowatt bad on the
plants by months for the year. The entry on line 13 of this system lot each month of the year. Load data in this column
column should altos with the entry on tine 36, column 6, should be the maximum Integrated demand of the enemy
of schedule 1. tabulated in column 9 for 60.minuie clock-hour intervals.
2. In columns 3. 1. S and 6, show the monthly distribution Whore integrated demands lot 60•minuts clock-hour intervals
• of the evergy transfers reported in schedule B. parts A and 13. are not available, it is desired that available data be adjusted
to approKimate such intervals. Adjustments made should be
The totals shown on line f3 should slues with the totals, eaplsined in footnotes. Where such adjustments cannot be
reported in schedule S. E made, bad data should be furnished in the form available,
3. In column 6 the entry on line 26 "Ad agree with the ~ The entry on line 26 of column 10 should agree with the
entry on line I of schedule 9. entry on line 23 of sct,edule 13.
NIMINyNN,.NNMIMN I_-I_IINNIIININHINIIHIIHXNIMINNIINMNIMMINNNI.XININNMMINM.IMMMNNININMNNINM•NNN-MIINNMINNNMNNN_NNNNNIN-,-Nell
ENERGY TRANSFERS FROM SCHEDVLE I
Mselb system met oeners"oe, Pori s Pa if 19) Pan ii iF.r: iii
(KIWwatt•hourl) »•'fiKitiia"tCof..31. .I. ..Nil iii"io(.•61...... I »fleiirrW" Cat'ch' Dili; wait."a)•
(KlWwatt "ours) (Kllow`'~ urs) 1 (Kaovis". Yrs) (Kllow`p'houreJ!M. .....g~627,720...... 13.0.. 13,100..... f
:
Feb. 900110470 90900 9,700
Mat, 109063,850 100500 119000 s
Air. 100568060 80900 88800 a
May 12,6000880 11,300 112500 s
June 160405,630 12,800 24,600 N_ e '
F
July 23,3930580 110500 1,860,048 M0
Arlo ,20,8530540 70500 1,047,368 [
0101. 18,0350910 9,600 4270046 +
09t. 10,104,580 1489800 1509800 to
Nov. 9,431,780 12,900 129900 II
a , Is
oee. 9 4 3 200 12,000........E ~
- I1
Tet.l 159,52 1 1.. 268
° LOAD
DATA
►Nk La1 ,
poll [Mrj for system 60 Minute t}wa Factor
f rom cell, f
IIsM1 lCel. Mrs QOT. I Tlnra od.1 Ne€ [n rg for Lad :..Demand Intawl::ra
+tw cel. ! mlows Col. H t al. rrus col. s nor Ip
S (KHSweR•AOUrs) m111Ya pel. el (clock•hour (~sra+ul
(KHewstl•kour:s (KHOwaHs) flyetel en In
II3)
1101 ~II) . ' Sl2T
J~~ 9',615020 9,615,920 20,000 1-12 6:OOP.M. 64.6..
Feb. 940119670 - 9,011•9670 219000 2-23 4:00P.M. 63.9 is
Mar. 10,063,350 10,061,350 219000 3T25 11:00 A.N. 64.4 ie
Apr. 10+569060 100569j060 259600 4-3 3:00 P.M. 57.3 if
May 123600,680 12,600,680 32,500 5-27 4:00 P.M. 49.0 is
JYne 16,3930830 160393•,830 409500 6-30 3:00 P.M. 56.2
July 21,545,032 21,545,032 549800 7-13 4:00 P.M. 52.8 1b
Aug, 19,813,672 190813•,672 509000 8-19 3:00 P.M. 53.3 it
Sept, 17,618,464 179618,464 :6,800 9.14 4:00 P.M. 43.1 n
Oct 1091029580 1091029580 23000 10-2 7:00 P.M. 59.0 is
Nov. 9$6310780 99431,780 21,400 11-16 6:00 P.M. 61.2 to
ON. 9,493,100 9,493,100 22P.200 12-17 •6:00 P;N;1 51,.5 n
.......1..~1...rax..~$.................. , 8........`.....g'14.........!.% ..p:H:~...3..t4...
Y!!s.....Y56;2rOr636 8
Report Minimum Hour! Lead Ea rienced Darin the Month per ant . M4. for Was el OW100
y l toga f.cta s X ows n menlin for vein.
ealeulete the load factor to the nearest ten of one raM.
(Klla"ltsl if noun used I" calculating the ;ad factor w a_ m.ntk'owol
Poster System Statement of DEIZTON..MMI.C.I.I'AL..UT..I~.ITIES
.
. for the Year Eodcd December 31, 191.5
.I.M..~«.11.1.»Y»N..1.,«..M-MM.MM,.N.•11»N.M.1»MI»I«»Y.N.».»
Srbelxl~ !3
SYSTEM LOAD DATA FOR SPECIFIED WEEKS
Load data should be furnished by all class I systems. Cla$s If Systems may omit this schedule unless otherwise instrxted.
• I
1. Show the 60.minuts integrated kilowatt demand for Note that power delivered by the respondentto another class
each clock-hour of the days specified in this schedule. deter. I I I or class V system is included in the respondent's system
mined fas for the peak hour In schedule 13) from coincident : load for purposes of this schedule.
• damands sa follows:
I
(a) Combined net demand on all system generating plants. q Where Integrated demands for 60-minule clock-hour in.
(b) Plus: Power received from other systems and indus. ; servals are not available, it is desired that available data be
trial companies listed In schedule 6, part B. column = adjusted to approsimate the Integrated demand for 60.minuts
S. clock-hour intervals. Adjustments made should be explained
(c) Minus: Power delivered, for resale, to each class I and in footnotes. Where such adjustments cannot be nude, load
class I I system that Obtained a part of its power sup. data should be furnished In the form available.
ply during the year from its own generating facilities
or from systems other than the respondent's. These I
systems are listed in schedule S. part 8 column 6. 3. The loads represented by the demands to be entered in
this schedule will, in accordance with instruction 1, include the
(d) Total net demand for load datr.(a) Pius (b) minus (c). "Pea for resale to systems listed In schedule part A.
State whether the system operalas on Eastern, Central, Mountain, or Pacific time Central
S. 11 the system operated on daylight-saving time during the year, give beginning and ending dales of the daylight-saving
period
6. If any of the reported data are given in daylight.uv:ng time, indicate %hich readings are so given..........................
,r
e 7, tf unusual oonditions(aUrms, floods, industrial disturbances, sic.) greatty affected the system load cha4racterE tics du r.
.
ing any of the specified weeks. dascribe such influences briefly on an addenda sheet and give the dates affected.
i YIN.I.M,Wrl.r.l w.,.,w.r....wnnMM.M.IM'1..M
Srb~Jxle 13
- SYSTEM LOAD DATA FOR SPECIFIED WEEKS r .
- - Oemand interval
• MIM,M,NX M ,•,NNIM,M,MMIIMNMM.N•NN,Y,NM,MM,»,H,N.IN,,,MIM„M,NI.,INMI•IMHINM•,•,N„•MNII„II.,IM,NINNMMM,MMNMbNMMM.M,MN,N•MINNNIM.M.~.M,MN,MrMNN
WATT!} 11i
I.N..TEORATEO.. OEM. NO I . N..KI.LO... .
. .......A.. . . .....i...........
Time First Full Week of April Starting 1N4h Sunday (todlcets dated '
insl/arval .
(1)......
s 1~~.. s~ * ~ TY{ 'I ....I.... (5)~~r.. ^ (9 a~ I .....s, +t . Saturday -
12-1 10.5 9.7 10.8 11.7 12.0 12.3 12.4 1
1-1 10.0 9.5 10.0 :1.0 11.5 1108 11.7 1
2.1 9.7 9.5 10.0 11.0 1115 11.4 11:4 1
1-4 9.5 9.5 1010 11.0 11.5 1111 11.4 a
4-1 9.5. 9.5 10.E 1110 11.5 , 11.8 11`17 S
S-a 1115 11.5 12.0 12.6 12.3 13.0 a
0--T 9.4 14.0 13.5 14.0 15.0 14.2 13' y
7-8 10.5 1.7.0 17.8 18.0 18.4 17.6 1518 a
0--9 12.5 19.4 18.5 20.0 19.0 19.8 1810
r 9-IO 12.0 19.4 19.3 21.0 21.0 20.9 20.0 to
I0-I1 13.0 20.0 19.7 22.0 21.7 22.2 20.7 fit
fl-u 13.0 20.3 19.3 21.8 22.0 21.9 21,0 12
moo ,
1:- 1 13.2 , 19.8 19.4 22.0 22.5. 21.9 20.4 11
t- ;3.0 . 20i0' 20.5 22.6 22.9 23.1 .20.4 14
t-1 13.0. 1919 20.5 22.8 23.0 22.6 20.6 I1
1-4 12.1 19.5 20.5 23.0 23.5 22.5 21.0 to
a-1 12.0 1915' 20.0 22.0 224 21.5 21.0 11
S•9 13.2 1910 1965 20.4• 21.1 21.3 20.6 111
6-1 15.0 19.6 1919 21.4 21.7 20.7 21.0 it
7-4 10A 1908 21.5 22.4 22.7 21.3 22.0 so
8-9 15.6 1818 2018 22.0 22.0 20.2 20.8 gl
i 9.19 14.4 1646 1818 19.6 19`.5 1900 1 19.0
r 10-11 12e2 14.8 15.5 16.0 16.0 16.0 16.5 21
11-11 Z1l0 12.4 13.0 14.0 13.5 13e2 14a5 gr
wT1'''fe. 290800 989 0 00 4 300 432 ,j'438~ IJIAg „ tr1
M,0 1432 A • 1 ..ewer , ,.weer
Nob -to area the/ Systems over "Weals In Advance. the same woks in Me foriewing year svla N asNet N fer aoheeete 1 S.
r
( R". (12415)
I
r .
7b a der 6iWWGWg d.„. DEDITON MUNICIPAL UTILITIES Yag F~dd
>Iba 31,19.65.
IIIIIIIIIIXIIIIN.XNIw
Stbdrb 13-Gli ivrd
SYSTEM LOAD DATA FOR SPECIFIED WEEKS
O~reelld
NIIIIIMMNN w.NNMNINNIN INTIONATIED OFMAND IN NNXINNN KILO ININNNNI,NNINMNNMNN,N,,,,INMINMM,N,.,,,M1111XMMFXNI,lode
Ti111a 1 FFull Wo.4ofAugust Starti •WiG Sum "kale
day (I • .•••-••••••._••-••-••••-------M -'1
latwwl l .............r............. .0- 1 Solway ' Mfwf'{{lf.r ' Tr/Iosfay 1 Wa/nowar i TNWWq 1 f/tA'►►~~Oay •••{.(am(ayl
i
. ? X~......;..,,..>IC~...... I..... `4)......t..... ~S`...... alt.,... V(..... 1..•.. `)_.....1..
12-1 ; 21.0 17.2 20.2 20.7 22,0 ; 24.0 ; 22.0
1-2 21.5 ; 16.2 19.2 20.0 2I.0 23.8 21.0 1
2-3 21.0 15.8 1 18,2 1 19.1 1 20.0 23.0 20.0 i
3-4 19.5 = 15.2 17.2 ; 18.8 19.3 21.6 19.6
4-S 1 19.5 15.2 1 17.2 1 18.6 1 19.2 1 20,5 1 18X8 I s
S.6 18.5 15.0 17.0 19.0 1 20.0 1 20.1 '1 18.5 ; s
6.7 1 18.5 i 1# J i 19.5 1 22,0 ; 22,0 , 23.5 21.2 i r
7- 6 1 19.8 . 1 22.0 1 24,4 1 26.0 1 28,0 it 29.0 1 23.0 1
6-9 20.8 ; 26.4 29.0 ; 32.0 ; 31.5 '1 33.0 ; 27.0 . ►
4-10 1 21.5 1 .29 .0 1 32.0 1 37.0 1 34.5 1 35.0 1 30.0
10-11 22,0 ; 32.0 ; 33.4 41.0 41
is' 1 39.4 1 32 0 ~l
11-12 S 23.0 33,0 1 40.2 42.0 42,8 = 42.8 35.8 ilr
1 1 I 1
12-1 It 24.4 = 37.0 ; 42.0 43.3 1 43,8 1 44.0 o' 38.4 ;is
1.2 1 25.6 = 38.8 1 43.0 1 44.5 1 45.8 1 45.0 1 39.8 ~l4
2.3 ! 26.0 38.8 45.0 's 44.5 so 45.9 1 45.8 1 40.0 1 u
3-4 2700 1 38.8 1 46.0 1 45.4 1 46.6 1 45.6 1 40.0 Ili
4- 3 ; 27.5 1 38.0 i 45.0 1 44.0 o 45,0 1 44.8 1 40.0
5-6 i 27.4 'I 36.8 ; 44.0 '1 43.0 1 45.0 ; 43.8 1 3? .0 1
6.7 27.0 35.5 43,0 ; 41.5 1 44.0 1 42.0 37.0
1-6 1 27.6 1 36.0 1 42.6 ; 42,0 44.8 1 4240 1 37,4 !so
6-9 1 2610 ' 34.8 1 41.6 1 34.6 1 42.4 1 37.0 1 32.0 1r
040 23,5 39.0 X1.5 32.0 34.0 1 33.6 1 30.0 is
10-11 21.8 = 25.5 1 27.5 1 28.0 1 30.0 2810 27,6 110
11-12 1 0 1 22.0 1 22.0 1 24.0 1 26.8 23. 2 23 8 l a
14, u......u....«u. 1 ..............1.............. ...I.u......uu1..• .1
1..u. 4 ry1 00 I 11IMX 60100 ~1 783 000A 1 816 200 1810 500 71
A 3 900 1!f
IIINIwI1AMwwIN11IIwII.INI. MMINM.M.M.A.MM,IMI
W0,11% rtleg Wltll Solway {la&ow "in)
1
1..........•............................... Startles
1
1 "Iwo 1 M•lwar Ta.Nar WNMN.r 1 TAr 1 1
sattleft
u••.1_ ........aa,..1 1........... .1.... ,.~....Iu.u'.•r.... 1..............
~
1~~ 1 1 1 1 1 1 1 1..
t2-t 1 11.8 1 10.9 1 12.2 1 12.0 ; 12.0 1 12.0 it 12.7 1
1-2 i 10.7 10.4 1 11.6 ; 11.6 11.8 ; 11.5 ; 1118 its
2-1 10.4 1 10.4 11,4 i 11.6 I 11.4 i 11,0 i 11,4 iW
3-4 10.4 = 10.2 11.2 = 11.4 1 11.4 ; 11,6 11.2 to
<-S 1 10.0 S 10.6 1 11.8 1 11.6 1 11.4 1 11.5 11,3 I0-
S-6 1 10.4 1 1212 , i 12.6 ; 12.4 it 13.0 1 12.5 ; 12,0 Ill
6.7 = 11.5 1 15.6 1 16.1 1 16.0 1 16.0 1 16.2 1 13.5 132 7-6 1 12.3 1 18.5 = 19.1 19.0 1 20.0 1 20.0
1 16.0 =~i
6-9 i 12,4 10 20.1 1 20.1 1 20.0 ; 21,3 ; 21,1 ; 19.0 '1
9-10 1 12.6 20,2 1 21.1 1 20.0 1 21.5 1 21.2 1 20.0 Ifs
10.11 1 12.8 1 20.6 1 21.1 1 20.8 1 21.3 1 22,2 1 20.0 1
11-12 ; 13.0 1 2000 It 1919 ; 21.0 ; •21.0 ; 22.0 to 20,5 ;a
Nan i '
1 1 1 1
12.1 ; 13.4 1908 1 20.1 20.0 21.8 's 21.6 It 18.9 ;u
1.2 13.0 ; 20.0 1 20,1 ; 20.5 1 21.5 1 21.9 1 1860 1N
2.3 13.0 1 20.0 1 20.0 1 2061 2113 ; 22,2 18.0 ;4o
~•4 1 1310 20.0 1 19.8 1 20.5 1 20.6 1 21,8 1 17.5 IH
4-S ' 13.5 1 19.8 It 19.5 1 20.8 1 20,9 1 22.2 1 16,5 1
S-6 17.5 1 2208 2360 Is 23.0 ; 23,0 fit 24.0 ; 20.5
6-7 18.5 22.5 It 23,0 1 22.8 = 22.8 1 23.3 1 21.0 1bl
7-6 18.5 ; 22.0 ; 22.3 1 22,0 1 2265 1 2260 19.7 145
6-9 1 17.4 ' 20.7 1 20.5 22.0 21.1 20.5 18.8
0-10 1 1605 19.0 1940 19.0 19.2 1 1865 1 17.4 947
10-11 14.
1 16.5 i 15.7 1 15 ,
~....12 4....L.....1Zjs..'.....13.3...., ..13.8.......1 .0 i6 3 15 0 1w
1! if~ f
i /•1,1,•.. Jili.•i....ii~s.i .Y•
416,600 425,090.1
Poser System Statement of...D MUNICIPAL UTIL TIES ...................for the You Ended Gscembw>>< it.6S
r NNNNINNN,I,I,N,MNIMIIN:NNN"MIMMMMMMNNMNMNNINN NNIMMNM,MWNNNNI"N.NN,NNNN,N•NNN,N"M,N,MIMIMNN•M.INNMINMNN•NN,NNIMNN,•NN,NNNN,"YINNO
I ~
scwu(e 16
s SYSM DEPENDABLE AND ASSURED CAPACrrY
INMUC'IIONS
1 (s). Show as the dependable ca pacity of the system foal plants that capaeily which can be relied upon to be available
for active or standby service at the usual limo of the annual system peak. Allowance should be made for any maintenance outage
of equipment which MUST be scheduled during the usual time of the annual system peafi,givin an explanation under "Remarks."
In the a co under "Remarks" show what part of the dependable system fuel capacity is suitable only for short•time operation
or standby service.
I (b). The dependable capacity of 'system hydro plants, as defined for Schedule 16, relates to the capacity which under
the most adverse flow conditions of record can be relied upon to carry system load, provide dependable reserve capacity, and
most firm power obligations, taking Into account seasonal variations and other characteristics of the load to be supplied and of
the firm power obligations. Some systems may be able to utilise off-peak energy from other a stoma so as to increase the depend.
able ca acity of the reporting sy~istem hydro plants. Where consideration Is given to the efipeak energy which can be secured
frbm ethers an explanation of the amount and conditions governing the receipt of such sner~y should given. In cases where
the strum-how records Indicate that the most adverse flows are not likely to'occur except at long Intervals of time and are likely
to be of very short duration, the figures used in determining the capacity available from hydro plants may be modified, treating
such abnormal limitations as an emergency condition to be covered by the reserve capacity. Such modifications should be fulli~
explained. Full consideration should be given to data reported in Schedule 2 for adverse flow conditions In computing the annual
dependable system hydro capacity.
L Show the amount of firm power which is intended to be available at the usual time of the annual system peak from utilities,
Industries. or others. Shaw amount stated in centrad: if it is not a single. definite, fixed amount, explain under "Remarks" or
on a toparate sheet. DO NOT INCLUDE POWER WHICH MIGHT BE AVAILABLE UNDER INTERCHANGE, EMER.
GENCY. OR 'WHEN,AS. AND IP' ARRANGEMENTS. It is desired that corresponding items reported be In agreement as
between the affected companies. It le, therefore, suggested that dw compeeies concerned mom upon die 6pres to be reported.
1. Show the amount of firm power committed or obligated which is Intended to be available sk the usual time of the respond.
ens s system peak r ethers stems. Show amount stated In co, r; if it Is not a sin e, deli. de, fixed amount, on In under
"Remarks" or on a separate sheet. DO NOT INCLUDE OBL,.iATIONS UNDEI(INTEftCHANGE, EMERGENCY, OR
"WHEN, AS, AND IF ARRANGEMENTS. It is deelred•that corresponding items reported be in agreement as between the
affected companies. k Is, dwefote, a wined that the compudsa coooaned Wait upoe the fipms to be nporad.
S (a). Show the total amount of reserve capacity, regardless of the source, considered r.ecosury to maintain adze
service at the usual time of the annual system puk, without regard to the relation of net assume! capacity, to system Peak In
general, the largest reduction In dependable capacity whkh might result from an ouista of a genersum or boder-unit deterniees
the minimum reserve capacity required. Where unusual conditions obtain, explain fully In the space u.%der "flamarks."
• S (b). Show thatportion of the fetal required reserve capacity which Is retied upon to be available at the t suai time of
s stem peak under Interchange, emergeney, or similar agreements with others. In the apace under "Ronarks" show In detail
the sources of this capacity antstate wi►at CAlon Is (1) spinning reserve instantly available; (2I avaitable during times of malnte•
name and inspection; (1) available upon short polka: and (4) ength of time wadable.
S (c). Show In the apace provided for "Remarks" whether the reserve capacity roWred to be supplied by own plants is
available wholly from fuel plants or wholly from hydroeiedric plants or a comblnat+ai of both, and state the length of time this
capacity could be depended upon In case of system outages. Some systems having storage hydro may be limited as to the magnl.
tude : load that can be carried by the amount of potential energy available under adverse stream flow conditions. Such systems
may have excess puking e+paaty, some portion of which can be considered as dependable reserve capscity, provided sufficient
i energy Is held In storage to take care of possible system outages during the critical period. Such capacity should be included In
item 1 (b) with full explanation under "Remarks."
He considerable amount of energy is normally received from or delivered to others (exclusive of deliveries to systems listed
in Schedule SR Part A) under Interchan;i emergency, or "When, as, and if' arrangements and such transfers are expectedto
continue, give a brief description under .'~iw ierks "Where firm power obligatleins er rotaries vary in the anpunt of capacity
that Is available for any "'fle Period of time or have limitations as to the amount ef~energy available, full explanaton eheuld
be given under "Remarks, Use additional tiheeta for remarks H necessary.:
Rwiarks i
i
Brasog Blectric- Power Cooperative, inc. N,B, 121,000 1W
I
1~~ nrXl .!,v'. i• ~:+1• I , ~ ..~A.t~ 'Vi'i. '1 e•A-[~..,.~•-~.~~ i~r.~~+r, r.
w ~
(biter Stetels Sufenleet o(- DEt~TON MUNICIPAL UTILITIES . for she Yost Ended Deaatber 31,19. 65
~•NNN\M\NNNMMM,•NNN•ININNWNN,IM\NMIIMNN•NN•1•NINNIN•M•NN.N NMN.NM•\•••NN•1•N•N•M•NNMMNNNNN IINNNNNMNMM~,NNNNN,,,N,~N„•.NNN,NIIN•NIN111NI,IINIIN\N•N
Schedrte 16........ Condamind
SYSTEM DEPENDABLE AND ASSURED CAPACITY
A. CAPACrI Y A" % OF YEAR COVERED BY THIS REPORT.
Assum+:.:, a continuance of the relative seasonal and hourly variations of toad that occurred durin` the year of this report. show
in item 6, a ,'erived below, what MAXIMUM ANNUAL SYSTEM LOAD could be carried with eM system facilities and arrangements
for the purchase or sale of firm power as they emitted at the and of year covered by this report with allowance for reserve capacity
theoretically required: (See detailed Instructions on page 28.)
1. Net dependable capacity available from: Ks0`ene .
(h Syaem fuel plants (seclusive of capacity required for slation use)......... ; 671,300 ;
System hydro plants ,
(c) Subtotal (a) plus (b) 67 300
2. Capacity available from firm purchases; r
r
From:.ArAZAI. Electri c Power- Cooperativej Inc. K.F. ;
.....................1 r
r
12, 000
Total 12,000
r
SI Firm obligations to systems listed In schedul. g, part 0:
To: r r
r r
.i
Total .....................................................................'r ;....1 9s.300...
1. Net dependable capacity plus not purchases (1 (c) plus 2 minus 3) ) 79j300
S. Reserve capacity required (exclusive of reserve for lad growth): ;
(0) Total reserve for system • 47 , 340
(6) Available through Inlefctianp or emorgency grNmentsl ' , ...12, 000
• ,
(c) Reserve capacity n Ared to be supplied by own system (a) minus (b) ..............i 35e340
,
6 Net assured system capacity µ minus S (c)) ' ' 43 960
1NIINI.NN.NNNNI,M1 NNIIN.
• N INNNIN IINHNINNMNINNINNN,HNNNI,NN.NNMNINNNNMININMNMNNNINNNNIMINIINH.INNINNMMIM„NNIN.NN,NINNINNNNNIIM.NNINNNN,.I~NWN_NI.NI
A FU TL= CHANGES Av CAPAW Y. r
•
1. below List all
SCHEDULED aMerationa, edditions,or rWroments in system generating plants, and changes in firm power contracts
with other systems.
1
gMeet M 1lxeMStb en-
Oeeenethlw of C~a i (Moron-curl contrast Chow
era of Item aM Isestlsw ' • • . • . • • • • 0 or Ns me.Mae
(at" aw~" vame etatln ,
vrhere =11rel , start r costs" r txneaefts) r KMd nltale
a►N
eel , newrve 1, Net-be,*
r ...r u/Mattl.. r uCL.t...i. Denton Steam Plant 0 Jan.196544une 1966 60 MW
Steam
Denton, Texas
, ~ 1 1
1 r , , , 1
, 1 , f 1 1
' ~ 1 r
1 r
,
2. In addition to the SCfE1DULM Items In 0.1 above, list below all NON•9CNEDULED generating capacity being considered
for installs6" to moot estimated loads sported In schedule 19.
. Name•f'yate ' Estimated Deter-
Give type ed plant and approximate Rating of Unit ; Number ; .Sun .i
Location. if known ; (Kitewatts) of Units ; construction ; In Service
~I~............... ;._....P1...... ;....5 ...~_.....i+?...... 5......
,
1
1 j r 1
NONE ;
1
1'Airii iul' Inv howly iiAelfini fe tiware oxi Are i=1*
" iliei«filhi 1144'tUNeil iijilfiilesi feiii,~ itie'%eii it'6di'►ejir£irii tideillr;d--
given Fur ba based on the egt+ctoa teed Ma/e oveledntlle Iw a I. Un each source of 64=1ty and the smouht avanaHU, a peelfw In Inetwedoh s (b) "no se. 1
NNMN.NNI.NM,NNNN.NWNNN.N~{.,N t
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DENTON MUNICIPAL UTILITIES '
Power f~eec~ faKaae of for the year Ea" Oeoeethar 31. lf.Qs.
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ScMdule IB
SYSTEM MAPS AND DIAOAAMS
s Atsak to each of hue npia of IAr psnra syssnss iuremrM one prier lock o/ she Idiow'tae.
(a} System map (or maps) showing geogr: phical location of generating stations; electric power fines, switching stations,
substations, and points of interconnection with other electric utility systems and with industrial plants having goner.
w sting Capacity of 1.000 kilowatts or greater,
(b) Si gls-fins schematic switchirg diagram (or diagrams) showing the electrical connecl'wns of tines and facilities outlined
in (a) above.
(e) General characteristics of facilities.
All as more specifically outlined below:
1. Maps and diagrams should show all lines and the substations supplied therefrom, operating at voltages of 22 kv. and above,
accept rediel and low capacity distribution circuits in metropolitan areas.
2, in general, system maps or diagrams or both should be of such scale as to be easily read and should show : (a) location and
name of all generating plants and of those substations and switching stations specified in (1) and (3) ; (b) names of communi.
ties served by respondent; (e) location and name of each interconnection wilt, other utility systems; (d) location and nominal
voltage of each high voltage line of 22 kv, and above or any other line regardless of voltage which constitutes the tie line
between generating stations or from generating stations to high voltage syrtems of 22 kv. or above, indicating frequency and
number o phases where other than 60 cycte or 3 phase.
3. Substations and switching stations in the following classes, together w;P facilities for supply from the main system, should
be shown on both the map and diagram even Ihough the voltage of 0a supply lines may be below 22 kv.
(a) Principal substations and switching stations within metropolitan areas.
(b) Substations and switching stations connecting with other utility systems or to industrial plants having generating
capacity of 1.000 kw, or over (connections for minor "border-line deliveries" need not be shown).
4. The following information should be shown on single lime schematic diagram or on au lemental tabulation for substations
and switching stations specified in (1) and (3) above and for generating plants of 1,000 kw. capacity or greater:
(a) Connections of major electrical equipment such as generators, conversion equipment, main and auxiliary buses,
circuit breakers, disconnectingt switches (other than for instrument transformers), power transformers (specify A.
V. Y. or Y grounded, etc.), voltage regulators, phase shifters, high voltage lines of 22 kv. and above.
(b) Principal connections from generating stations and principal substations (regardless of voltage).
(c) Nominal voltage of buses and equipment.
O(d) Continuous kva. rating of rotating equipment, transformers (normal and with forced cooling when installed), rota-
fiats, condensers, and voltage regulators.
Meter, control and house circuits need not be shown. Characteristics of station stop-up transformers given in schedules
4. S. and I need not be repeated to comply with this instruction.
S. The following information should be shown for high voltage, tie, and substation supply lines:
(a) Number of circuits installed (if space for additional circuits, so note).
(b) Operating voltage (and design voltage if different).
(c) length of right-of•wsy between terminal points.
(d) Type of construction, I, e„ overhead, underground or submarine cable.
te(e) Type of structure, 1. a., steel tower, wood 1-1-frame, steel or wood pole and equivalent spacing of conductors.
(f) Conductor material and size,
6. ~ Jar~rla tilt mialab still eaq rk avrarlae "C~ a of Dvassdr U. IN)" (r a 40a, tart), mod to kkAm l h is r apar" a►
na
r. Existing maps and switching diagrams prepared for administrative purposes, load dispatching, or other operating uses, supple.
mented by such Ink or color notations or tabulations as required, may be furnished.
a. If system maps, de j; eW ine dia and supplemental ubulasioas omiously fuznlsbsd meet rbe detailed "Itements
oodlned above sad are w correct a of else close of she year of this reponr sucL inMrsedoo need era be reposed,
but a nation s6oWd be =e u to ebe accuracy sad lose submitted, as followo,lays, diagrams, and abefsdons sob,
mltted whb FPC Fora No. , for she year 19.........s correct as of December 31, 1%1.
eNaN not be Furnished or srhshtions total rating less than 300 live.
**Nato not be Wrn1NN ftr nose under as iv. it the maslrmm trsnsmissloe vonats of the systens is rioter Wan 00 kv.
v
r
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Parer System Statement d D.NTQN.MUNICIPAL UT.ILITIPS
far the Year Faded Dcxember 31i t9.65.
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y~~ranento(• DMaW XMICIPAL UTILITIES 65
. • • lhQ Yea Endd DMMAer 31. 19.
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System ScstemerK of. DENTON T3lJNICIPAL..j1TILI~~r`~t
Power
II.NNNIHINHItlNINIHIINM 1.I1NN111NIN111MN1NNNINNNNHINMNNNIIHINNNNHN IM.INIHNH iN N11N.NH.N11111N11N1.N111M 1.IM,I~NIMNIININN,INH.NINNN.M.MNI~NIM N ININMYF INMIN.NNINI.
Sc UIC 19
LOAD ESTIMATES
' 1. Furnish estimates of the system's future power requirements on the sorer. basil as schedule 14, columns 91 10, and 13.
e 2. Include under "Remarks" a brief discussion of the major factors affecting future Power requirements which were con-
sidered in making the estimates.
A NIHI,Itl11,tlHNNtltlNwMMINMIM11N11NNNIN~IHMIINHHN11.11HNNrN1.IMINN11111N1NMNM1111 IHMtlIMMNINMNIHI.IHNMIINIHMw MNMMtlMINIHNINMNMNMMItlNNMIw111NINNINMINHN11111HMIH
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N~tKa qy Aevfor i (K!1lwwM) i (►irfci~q i
.s11 .......................)1...........a...........541...........~.
I i
1966 10 900 000 279750 66
,t
,
December '
14500002000 65,300 36
Calendar year
1967 12,600,000 32,000 75 3
December....... 224,000,000 759000 41
Calendar year '
' ' '
1965 ;
s
December 14, 500, 000 36'9800 75
257,600,000 ' 86,250 47
Calendar rear............. i ;
1964 1 169675,000 42,300 75
Oecen+ber .................#26250,00099,200
'
Calendar rear....... ~ •
,
. Ju .Y. and/or ..JUIt '
Give month of expected annwl pak..1 ether than peaer, 4er, ~ .
f '
e
i
IH.IIIMIII.tlw11.r11.1,11.1Itl111r111111Hr11. s~.,
1
DENTON MUNICIPAL UTILITIES yew t?adsd Deowhbar 31, I!. b 5
Power 8psam Snueosat at
MMM,MIW~~MM~
ATTESTATION
The forejoins ststement must be wasted by a responsible engineer or ex"ve offieor of respondent, or of erne
of respondents where a ameaA daMd datemant Is filed, qualified and duty authorised b P►Mare or aporsiso the
preparation of the atdoment and to eorofy ks aecumey. completeness and truthfulnew
Attest
SUPERINTENDENT OF ELECT91CAL UTILITIES
1 am ...............................--------.........................................................d
Me d oma « heatee)
TASDBNTONMUNIMPALUTILITIES .(CITY .OF . DENI'ONsTEXAS)
.
tlliiae d w
eeseneent «d sea s1~llegeeMe`I
......:........«..ef
41W..0
(Mot Any orgies «rrsrrran, «-r►ssar~
......................................tir...i....... R: ;:~w«
0.0..............MIM
t •
I am qualified by tralrAS and esporksnoe and am charged with responsibility for, and hew
~Po!; r ~ - - ---of the for egelnd ststsment and" such an oMoer a ompleyee and agent of reependentG)
certify that the foregeinf wtemen a based upon, and is as full and complete u eon be supplied from the Wards
of respendent(e) and that the stste ont is tm and soeurste. to the best of m) knowledge and boW.
George D. Reich
•.........~awehr TyMe'r7KM~M?rlnleef . L
...ftelltettUdent of Electrical Utilities
r
February 240 1966
•