ࡱ> WV g2ɀ\p Aimee Beasleylicht Ba= =-K8X@"1Arial1Calibri1Calibri1Calibri1Arial1Arial1Arial1Arial1Arial1QTahoma1Arial1Arial1Arial1Arial1Arial1 Arial1QTahoma1Tahoma1Arial1Calibri1 Calibri1Calibri14Calibri1 Calibri1Calibri1Calibri1,8Calibri18Calibri18Calibri1>Calibri14Calibri1<Calibri1?Calibri1h8Cambria1Calibri1 Calibri"$"#,##0_);\("$"#,##0\)!"$"#,##0_);[Red]\("$"#,##0\)""$"#,##0.00_);\("$"#,##0.00\)'""$"#,##0.00_);[Red]\("$"#,##0.00\)7*2_("$"* #,##0_);_("$"* \(#,##0\);_("$"* "-"_);_(@_).))_(* #,##0_);_(* \(#,##0\);_(* "-"_);_(@_)?,:_("$"* #,##0.00_);_("$"* \(#,##0.00\);_("$"* "-"??_);_(@_)6+1_(* #,##0.00_);_(* \(#,##0.00\);_(* "-"??_);_(@_) #,##0.000 0.0%[$-409]mmmm\ d\,\ yyyy;@;;;                                                                      ff + ) , *     P  P        `       !   " # a> $   !  *"@ @  *"@ @  #@ @  #!@ @   ! + #  "@ @   "!@ @  "@ @ + "!@ @ + "@ @  "!@ @  " @ @  " @ @   " @ @  # @ @  # @ @  ""@ @  ""!@ @  "" @ @   #   !  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Currency [0]/Explanatory TextG5Explanatory Text % 0Good;Good  a%1 Heading 1G Heading 1 I}%O2 Heading 2G Heading 2 I}%?3 Heading 3G Heading 3 I}%234 Heading 49 Heading 4 I}% 5InputuInput ̙ ??v% 6 Linked CellK Linked Cell }% 7NeutralANeutral  e%"Normal 8Noteb Note   9OutputwOutput  ???%????????? ???:$Percent ;Title1Title I}% <TotalMTotal %OO= Warning Text? Warning Text %XTableStyleMedium9PivotStyleLight16`FEfficiency Calc'sz Scratch Sheet  ;18fNf8@f^ -S AA@A@  `VkWBtu/hrJanFebMarAprMayJunJulAugSepOctNovDecStd Hours Per Month (hrs)4Generator Equivalent Full Load Hours per Month (hrs)$Recovered Waste Heat per Month (Btu)Thermal Load per Month (Btu)"Useful thermal energy output (Btu)Fuel Input (LHV Btu)AB 1685 Total Efficiency =lbs/MWhCapacity Factor Annual Total)Generator Electric Output per Month (kWh) Instructions:Month%Public Utilities Code 353.2 and 379.6XRecoverable heat as specified by manufacturer of generator or waste heat recovery unit at full load conditions. This is not total waste heat of the unit. The value provided should be supported by Generating System specifications (if packaged unit), Waste Heat Recovery System specifications, or engineering analysis of recoverable waste heat.NOx Emissions w/o CHP Credits =NOx Emissions w/ CHP Credits = Applicant:Host Customer: Date:Application No.:Provided by manufacturer or calculated from rated capacity and generator efficiency or heat rate specifications. Based on lower heating value of fuel.z Provided by manufacturer or calculated from rated capacity and generator efficiency or heat rate specifications. Based on higher heating value of fuel.z Rated Net Generating Capacity =Fuel Consumption Rate (LHV) =Fuel Consumption Rate (HHV) =Waste Heat Recovery Rate =Generator Emissions =#Ancillary Generating System Loads =`Full load net continuous rated capacity of the packaged prime mover/generator at ISO conditions.e" 60%e" 5%e" 42.5%Any ancillary equipment loads necessary for the operation of the generator (e.g., fuel compressors, intercooler chillers, etc.) not accounted for in the Rated Net Generating Capacity.NOx emissions specifications for the proposed generating system as configured, including emissions controls, for the Host Customer Site at rated conditions. The value provided should be supported by factory testing, other installation source tests or engineering calculations. Fuel Type =1Non-Renewable fuels are any fossil based fuels such as natural gas. Renewable fuels include landfill and digester gas. Waste gas are fuels strictly defined as natural gas that is generated as a byproduct of petroleum production operations and is not eligible for delivery to the utility pipeline system.*Minimum Operating Efficiency Eligibility =P.U. Code 216.6 (a) =/Public Utilities Code 216.6(a) & 18CFR Part 292P.U. Code 216.6 (b) =/Public Utilities Code 216.6(b) & 18CFR Part 292Minimum Electric Efficiency =e" 40% d" 0.07 lb/MWhPublic Utilities Code 379.6 and Calif. ARB, Guidance for the Permitting of Electric Generation Technologies, Appendix D: Quantifying CHP Benefits, July 2002.Facility Electrical Load (kWh)Fuel Input (HHV Btu)Gross GHG Generated (kg CO2)'GHG Savings from Heat Recovery (kg CO2)Net GHG Emissions (kg CO2)NOx Emissions Eligibility =GHG Emissions Eligibility =GHG Emissions (kg CO2/MWh) =< 379CPUC Decision 11-09-015Thermal Load Coincidence Factor$Max Thermal Load Coincidence Factor=d" 1.0Non-Renewable Renewable Waste Gas Fuel Cell ?&Is the proposed generator a fuel cell?Feed-in Tariff Qualified?;Is the proposed generator qualified for the Feed-in Tariff?Coincidence of Thermal Load =Electrical Export Factor=Electrical Export Eligible =Commercial CustomerXX-XXXXHThis spreadsheet calculates the operating system efficiency, system efficiency and emissions eligibility of generation systems applying to the Self-Generating Incentive Program for incentives. Applicants must provide documentation supporting all inputs including but not limited to system capacity, fuel consumption, waste heat recovery rate, baseline emissions, operating schedule, equivalent full load operating hours and thermal load. See the SGIP Handbook for details of eligibility and documentation requirements. All yellow cells must be completed by Applicant/Host Customer.ZQ5 5>568:oU<p?+ @ Ay B@ ccB g2ɀ 2KNbmy  dMbP?_*+%wt&C&"Arial,Bold"&14Self-Generation Incentive Program Waste Heat, Minimum System Efficiency & Emissions Spreadsheet&R &L&D&C&P of &N&R&F&?'?(?)?MAdobe PDFS o+XXLetterPRIV ''''0\KhC_SMTJAdobe PDF ConverterResolution1200dpiPageSizeLetterPageRegionLeadingEdgeInputSlotOnlyOne0EBDAStandard"+XX??&U} $} m} I} } m }  } } }  } I} } I} } 2'@@@@@\\\  \ )\ 9\  \ \\, '  '''''''''''' ' '', [  [!  [ S  [" T ? U $?$?@@??@@@??? % ] ^ + * ] ^ / & ] ^ # ' ] ^ $  ( ] ^   )  ^ 0  1  I  2  L  M  N OA>?? _ B B B B B< B B zF  C  C  C=  C>  C? C@ `~ a@@bc LL(dDDDLd LD e!{{ DD d   ,,B s   LD s   LD / sD (\J@.A: s $D ?.A(\J@!s D D  $I& U~ N@LJD LDDLD e|| LL D   t   t   t # L(\J@.A s . $L?.A(\J@t  LL $J& U~ N@@LJDLD e||  D  t   t   t  s1 t  $K U~ N@LJDLD e|| D   t   t   t  s t  U~ N@@LJDLD e|| D   t   t   t%  s t U~ N@LJDLDe|| D   t"  t   t   s t U~ N@@LJDLD e|| D   t   t   t  s t  U ~ N@@LJDLDe|| D   t  t   t   s t  U ~ N@LJD LD e||  D   t   t   t   s t U ~ N@@LJDLD e|| D   t   t   t  s t  U ~ N@LJDLDe|| D   t   t   t  s t  V ~ O@@MKEME e!}} DD E   u   u   u : s$D ?.A(\J@u  W#P@ %#Q$ %R#S %Q& -SS !. DD T  T  T  T T'T+@?@?FG???F 3 vf!`D  Renewable  EXEMPT<$ $!B$$"B% PASSFAIL"Bg~D  Renewable ]VRenewable Fuel Generators are Exempt from the Minimum Operating Efficiency Requirement BhiiiiiiiiiDl:P@((VVVVVV^JJV5~pppppppp !"#$,%&@'@(@)*,+-,.@0,1 4 , jj D DU D  k-& ljD ?  m5 iiiiiiiii !6!6!jj! DU ?D D  !k.&!lj D!333333?  !m7!iiiiiiiii "8 "8%"ji"DU D  "k9&"li D"?  "m"iiiiiiiii#HHXYZ@???? $A $$f D  Waste Gas D  Renewable $&B%@EXEMPT@$%$&$'B%B$ PASSFAIL@"B$gD  Waste Gas D  Renewable B%WPWaste Gas & Renewable Fuel Generators are Exempt from the Emissions Requirements B$miiiiiiiii %%,%jj%DU D D  %k,&%ljD%333333?  %m%iiiiiiiii &&&n&D  &y:&&lD&Q?  &m&pppiiiiii ''Q'nn';D&DDD .A333333 @D 'o:&'ln$D'Q?  ';'iiiiii$(qqqqqiiiiii)????I *B *l*f VD  Renewable @EXEMPT.D+ PASSFAIL@"B*glD  Renewable KDRenewable Fuel Generators are Exempt from the Emissions Requirements B*miiiiiiiii +C+&+vv+DD +wD +lv* D+{  +xE+iiiiiiiii -P -d-f ND  Renewable  EXEMPT*D. PASSFAIL"B-g*vD  Renewable UNRenewable Fuel Generators are Exempt from the Coincidence of Load Requirements B-mpppiiiiii .G..~~.D .wH .l~- D.  .xE.rrriiiiii 0R 090f #D1 PASSFAILB0gmpppiiiiii 1Q1!1~~1 DDH1w-2D& d"1.25d"1.00B d"1.00A1l.000+D1D&  ? B  1xE1rrriiiiii$M ,(02y,(  ~  <XPP?x]4@ d#+Dx <If the pull down menu is not working, reduce the Excel macro security to "medium". For Excel 2003, this is found under the Tools/Options, Security tab, Macro Security button. For other Excel versions, please refer to Help.< ~~  <ЦXPP?p<]4@ LELvH;As9 )<*Forecasted generator electric energy output. Monthly values should be supported with engineering calculations of generator operation including system maximum and minimum rated loads, Host Customer Site load, Site operating schedule and accounting for scheduled as well as unscheduled maintenance.< )~~  <XPP? c l]4@ [37MO($5N <This is the thermal load on monthly basis. The value provided should be supported by thermal load analysis. May be calculated from equipment ratings and/or historical fuel bills. Industrial or commercial process (net heat contained in condensate return or make-up water); heating application (e.g., space heating, domestic hot water heating); space cooling application (e.g., thermal energy used by an absorption chiller).<  ~~  <(XPP?dZ]4@ u?O (~"{ <If the check box is not working, reduce the Excel macro security to "medium". For Excel 2003, this is found under the Tools/Options, Security tab, Macro Security button. For other Excel versions, please refer to Help.<9~~ ) <PXPP?d9]4)@ ®V#K5kc: <If the check box is not working, reduce the Excel macro security to "medium". For Excel 2003, this is found under the Tools/Options, Security tab, Macro Security button. For other Excel versions, please refer to Help.< ~~  <))A@  ]F   $&& "<Yes< ~~ ( <Ф))A@ ]F ( V $&& "<Yes<  Ronald K. Ishii Ronald K. Ishii)Ronald K. IshiiRonald K. IshiiRonald K. Ishii>@Zdaldbl b,         11..'''(00**++))--$$%%&& !! 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