ML19340E435
| ML19340E435 | |
| Person / Time | |
|---|---|
| Site: | La Crosse File:Dairyland Power Cooperative icon.png |
| Issue date: | 01/09/1981 |
| From: | Goodman L DAIRYLAND POWER COOPERATIVE |
| To: | |
| Shared Package | |
| ML19340E434 | List: |
| References | |
| NUDOCS 8101140494 | |
| Download: ML19340E435 (12) | |
Text
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ko OPERATING DATA REPORT g
9 DOCh2T NO.
50-409 DATE 01-OR-R1 g&
CONIPLETED BY L.S. GOODMAN D
TELEPliONE An8 ARQ-2331 OPERATING STATUS Note $
- 1. Unit Name: LA CROSSF R0ftTNO WATrp prArT00
- 2. Reporting Period: 0000.12/01/80 TO 2400.12/31/A0
- 3. Licensed Thermal Power (5tht): 165 65.3
- 4. Nameplate Rating (Gross 51Wel:
50
- 5. Design Electrical Rating (Net SlWe):
50
- 6. Staximum Dependable Capacity 1 Cross 51Wel:
48
- 7. Stasimum Dependable Capacity (Net SlWel:
S. If Changes Occur in Capacity Ratings tItems Number 3 Through 7) Since Last Report.Give Reasons:
- 9. Power Level To which Restricted. If Any iNet.\\lhe t:
- 10. Reasons For Restrictions.lf Any:
This 31onth Yr..to.Date Cumularise 744 8.784 47 foQ
- 11. Hours In Reporting Period
- 12. Number Of Hours Reactorwas Critical 0
6.290.9 64.097.0 0
0 478
- 13. Reactor Reserse Shutdown Hours 0
6.026.5
_19.031.3
- 14. Hours Generator On-Line 0
0 79
- 15. Unit Reserve Shutdown Hour, 0
799.556.9*
8.084.337.4*
- 16. Gross Thermal Energy Generated (51WH) 17 Gross Electrical Energy Generated 15tWH) 231.503 2.430.635 0
-497 214,545 2.247.280
- 18. Net Electrical Energy Generated 151WH) 0 68.6 60.3
- 19. Unit Service Factor U
68.6 60.4
- 20. Unit Availability Factor 0
50.9 47.8
- 21. Unit Capacity Factor (Using.\\tDC Neti U
48.9 45.9
- 22. Unit Capacity Factor IUsing DER Net) 0 13.0 7.1
- 23. Unit Forced Outage Rate
- 24. Shutdowns Scheduled Over Nest 6 51onths tT.spe. Date and Duration of Each t:
NONE
- 25. If Shur Down At End Of Report Period. Estimated Date of Startup:
ilANIIARY 10 19Rl**
- 26. Units In Test Status aPrior to Commercial Operation :
Forecast Achiesed INITi \\ L CRil!CA LITY INITI \\L ELEC TRICITY CO\\l%1ERCI\\1 OPFR \\ TION
- Corrected for additional 71.8 MWH generated in August 1980.
- For low power testing.
8101140p
INSTRUCTIONS FOR COMPLETING OPERATING DATA REPORT 1hu report should be furnished each month by licensees. The name and telephone number of the preparer should be provided la the designated spaces. The mstructions below are provided to assist iicensees m reportmg the data cons.stently. The number of the mstruetto corresponds to theitem number of the report format.
UNIT NAME. Self<xplanatory, or of commereul operation, whiehever comes last, to 'he end of the penod or decommissioning, whiehever comes
- 2. REPORTING PERIOD. Designate the month for which first. Adjustments in elock hours should be made in the data are presented.
wiuch a change from standard to dayhght ssymgs time (or vice sersal occurs.
- 3. LICENSED THERMAL FOWER (MW,)is the rnaximum thermal power. expressed in megawatts. eurrently auth.
- 12. NUMBER OF HOURS REACTOR WAS CRITICAL.
onted by the Nuclear Regulatory Commission.
Show the tota' number of hours the resetor was critical
- 4. NAMEPLATE RATING (GROSS \\tW,l. The nameplate power designation of the turbine generator in megavolt
- 13. REACTOR RESERVE SHUTDOWN HOURS. The total amperes (MVA) times the nameplate power factor of the number of hours aunng the gross hours of reportmg turbine :enerator.
penod that the reactor was removed from service for administrative or other reasons but was available for DESIGN ELEGRICAL RATING (NET MW,) is the operation.
nominal net electrical output of the unit specified by the utility and used for the purpose of plant design.
- 14. HOURS GENERATOR ON-LINE.
Also called Sentee Hours. The total number of hours expressed to the near-
- e. MAXIMUM DEPENDABLE CAPACITY (GROSS MW )
est tenth of an hour during the gross hours of the re-e is the gross electrical output as measured at the output porting period that the unit operated with breakers terminals of the turbine-generator dunng the most re-closed to the station bus. These hours, plus those hsted strictise seasonal conditions.
in Umt Shutdowns for the generator outage hours, should eq al the gross hours in the reportmg period.
7 MAXIMUM DEPENDABLE CAPACITY INET MW,).
Maximum dependable capacity (gross) less the normal
- 15. UNIT RESERVE SHUTDOWN HOURS. The total num-station service loads.
ber of hours expressed to the nearest tenth of an hour during the gross hours of the reporting period that the
- 8. Self explanatory.
unit was removed from service for economic or similar reas ns but was available for operation.
- 9. POWER LEVEL TO WHICH RESTRICTED IF ANY (NET MW,).
Note that tius item is applicable only if
- 16. GROSS THERMAL ENERGY GENERATED IMhHh restnetions on the power level are.n effect. Short term The thermal output of the nuclear steam supply system (less than one month) limit %ns on power level need during the gross hours of the reporting penod, expressed not be presented in thisi'.em.
n megawatt hours (no decimals).
Since this informaryn is used to dm.op tigures on capa-
- 17. GROSS ELECTRICAL ENERGY GENERATEDIMWH).
city lost due to $ictions and becrase most users of the
" Operating Plant Status Report" are primanly interested The electrical output of the unit measured at the output in energy actually fed to the distnbution system. it is terminals of the turbine generator during the gross hours requested that this figure be expressed m MWe Net m of the reportmg penod. expressed in megawatt hours (no decimals) spite of the fact that the figure must be detived from MWt or percent power.
- 18. NET ELECTRICAL ENERGY GENERATED (MWH).
- 10. REASONS FOR RESTRICTIONS. IF ANY. If item 9 The gross electncal output of the unit measured at the is used. item 10 should explam why. Brief narrative is output termmals of the turbme-generator minus the nor-acceptable. Cite references as appropnate. Indicate mal station service loads durmg the gross hours of the whether restnctions are self. imposed or are regulatory reporting penod. expressed m megawatt hours. Negative requirements. Be as specific as possible withm space hmi-quantities should not be used. If there is no net posinve tations. Plants in startup and power mension test phase value for the period. enter zero (no decimals).
should be identified here.
- 11. HOURS IN REPORTING PERIOD, For umts m power
- 19. For units still m the startup and power ascension test menuun at the end of the renod, the gross hours f rom
- 23. phase. items 19-23 sl.nuid not be computed, instead. enter N A m the surrent mi.sth column. These tive factors the begmnmg of the pennd or the first elecino! produc.
o..n. w hitheter somes 1.nt. in the end of the renod.
should be somputed staitna at the ume the umt n de.
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1 50-409 DOCKETNO.
UNIT SilUlDOWNS AND POWER REDUCTIONS EACBWR UNIT NAME DATE 01-08-81 DECEMBER 1980 COMPLETED av L.S. GOODMAN REPORT MON HI TELEPHONE 608 6R9 2111
~E c
j-3 y Y ~;
Litensec E.,
gn Cause & Cosrettise o
N...
Daic g
3:
4
- j5 Even 3 '2 S3 Atlion to Repini a mu E'
Picsen Recursen c fI s
t ;g =f H
u Q
80-12 11-09-80 S
744 C
2 NA NA NA CONTINUATION OF REFUELING OUTAGE M
0 0
6 9
2E's)
G 0
1 2
3 4
Ml F: ForecJ Reason.
Methml; I minbit G - Instiussions S: Scheduled A-Equipment Failure (Explain) 1 Manual for Pieparaison of Data 6d B Maintenance of Test 2 Manual Saam.
Entry Sheets foi Exensee C-Refueling 3-Automatic Stram.
Evens Repius il ! RIl' ele t NLIRI G-pg D Regulator) Restriction 4-Oiher (Explain) 0161i E-Operator Training & License I?xamination h
F-Administrative 5
g G-Operational I.o ror (Explam)
Esinbii 1 - Same S. mice t'8/77)
Il-Other (Esplain)
U UNIT SHUTDOhSS AND POWER REDUCTIO.
INSTRUCTIONS This report should desenbe all plant shutdowns durmg the m accordance with the table appeartng on the report form.
report penod. In addition. it should be the source of explan-If categor) 4 must be used. supply brief comments.
ation of ugn ficant dips m aserage power levels. Each ugm-LICENSEE EVENT REPORT 2 Reference the appbeable fisant reduction m power level (greater than 20% reduction m average daily power level for the precedmg 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />) reportable occurrence pertammg to the outage or power reduction. Enter the first four parts (event year, sequential should be noted, even though the umt may not have been shut down completely. For such reductions m power level, report number, occurrence code and report type) of the five I
the duration should be bsted as zero.the method of reduction part designation as described m item 17 of Instructions for should be iMed as 4 (Other), and the Cause and Corrective Preparation of Data Entry Sheets for Licensee Event Report Action to Prevent Recurrence column should explam. The (LER) File (NUREG4161). This informa:1en may not be Cause and Corrective Action to Prevent Recurrence column 1mmediately evident for all such shutdowns, of course, smce should be used to provide any needed explanation to fully further mvestigation may be required to ascertam whether or desenbe the etrcumstances of the outage or power reduction.
not a reportable occurrence was mvolved.) If the outage or power reduction will not result in a reportable occurrence.
NUMBER. This column should mdicate the sequential num-the positive indication of this lack of correlation should be ber assigned to each shutdown or ugmticant reduction m power noted as not applicable (N/A).
for that calendar year. When a shutdown or sigmficant power SYSTEM CODE. The system in which the outage or power reduction begms m one report penod and ends m another.
reduction origmated sh'ould be noted by the tw'o dig't code of i
an entry should be made for both report penods to be sure Exhibit G - Instructions for Preparation of Data Entry Sheets all shutdowns or ugmficant power reductions are reported.
f r Licensee Event Report (LER) File (NUREG4161).
Untd a umt has achieved its first power generation. no num-ber should be assigned to each entry.
Systems that do not fit any eustmg code should be deugna-ted XX. The code ZZ should be used for those events where DATE. This column should mdicate the date of the starf a system is not applicable.
of each shutdown or sigmficant power reduction. Report as year. month, and day. August 14.1977 would be reported COMPONENT CODE. Select the most appropriate component as 770814. When a shutdown or ugnificant power reduction from Exhibit I - Instructions for Preparation of Data Entr>
begms m one report penod and ends in another, an entry should Sheets for Licensee Event Report (LER) File (NUREG4161).
be made for both report penods to be sure all shutdowns usmg the following entiena:
or ugmficant power reductions are reported.
TYPE. L se "F" or "S" to mdicate either " Forced" or " Sche-meetive!). for each shutdown or significant power B.
If not a component failure, use the related component:
Forced shutdowns melude those required to be e.g., wrong valve operated through error; list valve as mittated by no later than the weekend followmg discovery component.
of an off. normal condition. It is recogmzed that some judg-ment is required m categonnng shutdowns in this way. In C. If a cham of failures occurs. the first component to mal-general. a forced shutdown is one that would not have been function shovid be listed. The sequence of events.melud-completed in the absence of the condition for w hich corrective ing the other components which fail, should be desenbed action was taken-under the Cause and Corrective Action to Prevent Recur-rence column.
DURATION. Self explanatory. When a shutdown extends Components that lo not fit any existmg code should be de-beyond the end of a report penod. count only the time to the signated XXXXXX. The code 777777 should be used for end of the report penod and pick up the ensuing down time events where a component designation is not apphcable.
m the followmg report renods. Report duration of outages rounded to the nearest tenth of an hour to facilitate summation.
CAUSE & CORRECTIVE ACTION TO PREVENT RECUR-The sum of the total outage hours plus the hours the genera-RENCE. Use the column in a narrative fashion to amplify or ter was on hne should equal the gross hours in the reportmg explam the circumstances of the shutdown or power reduction.
Pe W 1 The column should include the specific cause for each shut.
down or significant pnwer reduction and the immediate and Cairconic % s tter deugnation in accordance contemplated long term correctise action taken,if appropn-R EASON..
e with the tar'ie appearmg on tht report form. If category H ate. This column should also be used for a desenption cf the must be used. supp!> bnet somments.
maior safety related corrective maintenan e performed dunng the outage or power reduction including an identification of, METHOD OF SHUTTING DOWN THE REACTOR OR the eritical path activity and a report of any smgfe release of REDUCING POWER. Categonie by number designation radioactivity or ungle radiation exposure specifically associ.
INote that this ditters trom the Edison Electric Institute ated with the outage which accounts for more than 10 percent a EEli definitions of " Forced Partial Outare" and " Sche.
of the allowable annual values.
auled Paitial Outage.' For the>e terms. Il I u>e> a shange of For long testual reports eonimue narratrve on separate paper 30 MW as the becak pomt Fue tarees powei reactors.10 MW and referense the shutdown or power redustion toi tins is f e t. *SinJll J sllJnpe to w JHJill 6 \\plJQJlluH.
f1J r rJ tive.
(91
4 AVERAGE DAILY UNIT POWER LEVEL 50-409 DOCKET NO.
LACBWR UNIT DATE n1_nn_m1 L.S.G0ODMAN COMPLETED BY TELEPHONE Ann.gRQ.?'a11
\\tONm DECEMBER 1980 DAY AVER AGE DAILY POWER LEVEL DAY AVERAGE DAILY POWER LEVEL (MWe Net) iMWe-Net) 1 0
0
,7 0
Is 0
0 2
i, o
4 0
,o 0
5 0
O O
0 r,
O o
23 0
s
- 4 o
o 0
0 25 10 0
0 26 ti 0
0 27 1:
0 0
,g 13 0
0 3,
14 L_
30 0
is 0
31 0
le, 0
INSTRUCTIONS On :his !"rmat.hst the aserage daily unit power levelin MWe Net for each day in the reporting month. Compute to rI8C neJrest whole megawait.
Q4I77 )
l I
l NARRATIVE SUMPARY OF OPERATING EXPERIENCE j
DECEMBER 1980 At the onset of the December 1980 reporting period, the plant was shut down for its scheduled refueling outage.
i i
Major outage activities durino December included refueling the core, a Type A j
Intecrated Leak Rate Test. TMI modifications, Inservice Inspection and Tech-nical Specification testing and anchor' bolt installation.
Significant maintenance items cerformed during the December 1980 reportino period are indicated on the attached Instrument and Electrical Paintenance and Mechanical Maintenance listings.
l l
l l
DECEMBER 1980 1 of 3 INSTRUllfNT Afl0 flFCTRICAL MAINTENANCE LER OP NATURE Of OUTAGE MAlfuNCTI0ff EQUIPMENT MAINTENANCE f.UMill R CAUSE RESULT CORRECTIVE ACTION SECURITY SYSTEM CCTV #10 CORRECTIVE OUTAGE N0PMAL USAGE POOR PICTURE REPLACED UNIT WITH SP/FE MR 0261 80-12 SECURITY SYSTEM INTERCOM CORRECTIVE OUTAGE WIRE OPENED NOT SERVICEABLE REPLACED BROKEtt WIRE MR 0290 80-12
^
SECURITY SYSTEM ALARM CORRECTIVE OUTAGE UNVNOVN ALARM ACTIVATED ADJUSIED ALAPM SWITCH SWITCH AP37-3 MR 0281 80-12 SECURITY SYSTEM HAZEL-CCRRECTIVE OUTAGE CONTAMINATION MIXED-UP LETTERING CLEANED KEYB0ARD SWITCbfi~
TINE CTR OT-2 MR 0289 80-12 SECURITY SYSTEM MICRO-CORRECTIVE OUTAGE UNKNOWN CAUSING ALARMS RESET SYSTEM AND TESTEP 5 WAVE 20-5, 20-2 MR 0311 80-12 MR 0237 MR 0284 MR 0234 MR 0133 SECURITY SYSTEM ALARM CORRECTIVE OUTAGE UtlKNOWN ALARM ACTIVATED ADJUSTED ALARM SWITCH SWITCH AP48 MR 0238 80-12 SECURITY SYSTEM PRINTER CORRECTIVE OUTAGE UNKNOWN BROKEN PLASTIC ORDERED NEW GEARS MR 0322 80-12 GEARS SEAL INJECTION IB FLOW CORRECTIVE OUTAGE NORMAL USAGE SLUGGISH REPLACED 0-HING GASKET
- CONTROLLER MR 0366 80-12 TURBINE SUMP CONTROL CORRECTIVE OUTAGE OIL IN SUMP INOPERATIVE PUMP CLEANED OIL FP0M SUMP MR 0320 80-12 CONTROL REPLACED CRD #3 PRESSURE CORRECTIVE OUTAGE NORMAL USAGE INOPERATIVE REPLACED TRANSMITTER TRANSMITTER MR 0288 80-12
~~~~
REPLACED CRD #3 PRESSURE CORRECTIVE OUTAGE NOPMAL USAGE INOPERATIVE REPLACED TRANSMITTER TRANSMITTER MR 0287 80-12 ELECTRICAL PENETRATIONS CORRECTIVE OUTAGE UNKNOWN AIR LEAKAGE RESEALED LEAKS MR 0298 80-12 MR 0279 REACTOR LOW PRESSURE CORRECTIVE OUTAGE M0MENTARY SHORT BLOWN FUSE REPLACED FUSE TRANSMITTER MR 0301 80-12
DECEMBER 1980 2 of 3 INSTRUMfHT AND ELECTRICAL MAINTENANCE LER OR NATURE Of OUTAGE
_ MALFUNCTION i
EQUIPMENT MAINTENANCE NUMBER CAUSE RESULT CORRECTIVE ACTION l
CRD #11 SECONDARY POSI-CORRECTIVE OUTAGE BUMPED DURING IN0 PERATIVE REALIGNED UNIT TION INDICATOR MR 0295 80-12 REMOVAL CRDs #22, 23 SECONDARY CORRECTIVE OUTAGE BUMPED DURING IN0 PERATIVE REALIGNED UNIT POSITION INDICATOR MR 0294 80-12 REMOVAL REACT 0H CUILDING VENT CORRECTIVE OUTAGE RESEATED VALVE LEAKAGE RESTR0KED VALVE VALVE MR 0280 80-12 1A, 1B SEAL INJECTION CORRECTIVE OUTAGE OIL CONTAMINATION LAMP INOPERATIVE CLEANED SWITCHES VALVE INDICATION SWITCHES MR 0305 80-12 FORCED CIRCULATION PUMP CORRECTIVE OUTAGE UNKNOWN LOW OIL PRESSURE ADJUSTED PUMP OIL (FCP) 1A COUPLING OIL MR 0306 80-12 PRESSURE PUMP INSTRUMENT AIR VALVE CORRECTIVE OUTAGE BROKEN FITTING AIR LEAKAGE RESOLDERED AIR VALVE MR 3368 80-12 TO LINE CAUSTIC HEATER CORRECTIVE OUTAGE USAGE BURNED OUT HEATER REPLACED HEATER ELEMENT MR 0272 80-12 CRD #12 FULL OUT LAMP CORRECTIVE OUTAGE NORMAL USAGE BURNED OUT LAMP REPLACED LAMP MR 0278 80-12 1A FCP DISCHARGE VALVE CORRECTIVE OUTAGE MAINTENANCE WORK BROKEN AIR LINE REPLACED AIR LINE POSITIONER MR 0222 80-12 CRD #1 POSITION CABLE CORRECTIVE OUTAGE CONTAMINATION SHORT IN CABLE CLEANED CABLE CONNECTORS MR 0248 80-12 ECC PUMP 1A PRESSURE TO CORRECTIVE OUTAGE UNKNOWN PRESSURE TO CASE ADJUSTED AIR REGULATOR TO CASE MR 0233 80-12 LOW AB0VE 2 PSI 1A SCREEN WASH PRESSURE CORRECTIVE OUTAGE LOOSE DEAD BAND NO RESET ADJUSTED DEAD BAND AND MR 0231 80-12 LOCKED HOOD MONITOR IN HP LAB CORRECTIVE OUTAGE USAGE NOISE IN MOTOR REPLACED MOTOR BEARINGS MR 0200 80-12 l.
DECEMBER 1980 3 of 3 INSTRUMf NT AND fl.fCTRICAl MAINTENANCE LER OR l
NATURE OF OUTAGE MALFUNCTION EQUIPMENT MAINTENANCE NilMBER CAUSE RESULT CORRECTIVE ACTION i
SAFETY SYSTEM CH 1, 2 &
PREVENTIVE OUTAGE TEST DUE COMPLETED TESTS COMPLETED TECHNICAL SPEC-H O #3 80-12 IFICATION TESTS FOR CH 1, 2
2 & H 0 LEVEL #3 2
NUCLEAR INSTRUMENT CH PREVENTIVE OUTAGE TEST DUE COMPLETED TESTS COMPLETED NUCLEAR INSTRU-N-1 THROUGH N-9 80-12 MENTATION TECHNICAL SPEC-IFICATION TESTS CH N-1 THROUGH N-9 18 MONTH BATTERY TESTS PREVENTIVE OUTAGE TEST DUE COMPLETED TESTS COMPLETED TESTS FOR REACTOR MR 0168 80-12 PLANT, GENERATOR PLANT, AND DIESEL 1B BATTERY BANKS 1A & IB DIESEL TESTS PREVENTIVE OUTAGE TESTS DUE COMPLETED TESTS COMPLETED TRANSFER 80-12 TESTING TURBINE BUILDING CORRECTIVE OUTAGE DEFECTIVE RE-NO V0LTAGE REPLACED POWER RESISTOR RADIATION AIP. MONITOR MR 0324 80-12 SISTOR CONTAINMENT BUILDING AIR CORRECTIVE OUTAGE NRC REnUEST REPLACED SOLEN 0ID REPLACED VALVES WITH LOCA VENT VALVES FC 73-80-2 80-12 VALVES PROOF DESIGN UNITS STACK GAS MONITOR FACILITY CHANGE OUTAGE NA NA INSTALLED WIRING ATWS 45-80-3 80-12 MR 0131 OUTAGE NA NA INSTALLED FACILITY CHANGE 80-12 50-80-2
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DECEMBER 1980 2 of 2 til:cliAr!IcAI. r1AINTI:r!Artri:
i t P OP flATURE Of OllTAGF t1Al f ulttil0fl EQUIPHENT MAINTEllAllCE f.Ilt1CI R CAllSE RESULT CORRECTIVE ACTICri RETENTION TANK VALVE CORRECTIVE OUTAGE ERODED SEAT LEAKED THROUGH LAPPED DISC AND SEAT
- 54-25-006 MR 0199 80-12 LER-80-15 SHUTDOWN CONDENSER INSERVICE OUTAGE NA NA CHECK TUBE WALL THICKNESS INSPECTION 80-12 MR 0217 DECAY HEAT PUMP CORRECTIVE OUTAGE WEAR WATER LEAKAGE REPLACED MECHANICAL SEAL MR 3189 80-12 MAIN STEAM SAFETY VALVES PREVENTIVE OUTAGE NA NA CHECKED RELIEF PRESSURE
- 62-27-001, 002 & 003 MR 0241 80-12 1A FORCED CIRCULATION CORRECTIVE OUTAGE WEAR EXCESSIVE LEAKAGE REPLACED UPPER SEALS, PUMP MR 0249 80-12 MECHANICAL SEAL AND ALL 0-RINGS MAIN CONDENSER INSERVICE OUTAGE NA NA EDDY CURRENT TEST AND INSPECTION 80-12 CLEANED MR 0225 EMERGENCY SERVICE WATER FACILITY CHANGE OUTAGE NA NA INSTALLATION SUPPLY SYSTEM 83-80-01 80-12 MR 0267 HALON SYSTEM FOR ELECT.
OUTAGE NA NA INSTALLATION EQUIPMENT ROOM MR 0223 80-12 SAMPLING SYSTEM FACILITY CHANGE OUTAGE NA NA INSTALLATION 71-80-1 80-12 C
SHUTDOWN CONDENSER INLET PREVENTIVE OUTAGE PREVENTIVE PREVENTIVE PREVENTIVE MAINTENANCE VALVES MR 0218 80-12 MAINTENANCE MAINTENANCE IB EMERGENCY DIESEL GEN-FACILITY CHANGE OUTAGE NA NA MANUAL INITIATION ERATOR CO SYSTEM 06-80-01 80-12 BOTTLES INSTALLED 2
N
- 19. UNIT SERVICE FACTOR. Compute by dividing hours the generator was on hne (stem 14) by the gross hours in the reporting period (item II). Express as percent to the nearest tenth of a percent. Do not ine:ude reserve shut.
down hours m the calculation.
- 20. UNIT AVAILABILITY FACTOR. Compute by dividing the unit available hours (item 14 plus item 15) by the gross hours m the reporting period titem I!). Express as percent to the nearest tenth of a percent.
- 21. UNIT CAPACITY FACTOR (USING..\\lDC NET). Com.
pure by diudmg net electneal energy generated titem IS) by the product of maximum dependable espaeity litem
- 7) times the gross hours m the reporting penod titem 11).
Express as percent to the nearest tenth of a percent.
- 22. UNIT CAPACITY FACTOR (USING DER NET). Com.
pute as in item 21. substituting desien electrical rating (item 5) for maximum dependable capacity.
- 23. UNIT FORCED OUTAGE RATE. Compute by dindmg the total forced outage hours (from the table in Unit Shutdowns and Power Reductions) by the sum of hours generator on ime litem 14) plus total forced outage hours (from the table in Unit Shutdowns and Power Reductions).
Express as percent to the nearest tenth of a percent.
- 24. SHUTDOWNS SCHEDULED OVER NEXT 6.\\10NTHS (TYPE. DATE. AND DURATION OF EACHl. Include type trefueling. maintenance. other). proposed date of start of shutdown, and proposed length of shutdown.
It is recognized that shutdowns may be scheduled between reports and that this item may not be allinclusive. Be as accurate as possible as of the date the report is prepared.
This item is to be prepared each month and updated tf appropriate until the actual shutdown occurs.
- 25. Self4xplanatory.
- 26. Self. explanatory. Note, however, that this information is requested for all units in startup and power ascension test status and is not required for units already in com.
mercial operation.
TEST STATUS is defined as that penod following ini.
tial criticality dunng which the unit is tested at succes.
sively higher outputs eulminatmg with operation at full power for a sustamed period and completion of war.
ranty runs. Following this phase. the unit is generally considered by the utility to be available for commercial operanon.
Date or CO%l%IERCIM GPER ATION is defined as the date risat the imit wes declared by the unht) owner to be available for the regular productmn of electratty.
usualh related to the satisf actory sompletion of quah.
tianon tests.n >peutied m the punhase sontrast and te the.i uonnnne pohues anJ pra,' se-or
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