{"text_format":"3","workbook":"xlsx","n_sheets":10,"sheets":["Instructions","I. Project Configuration","I-a. Short Circuit Data Table","II. Technical Validation","III. Power Flow Model","IV. Dynamic Model","V. IR Validation & Comments","Version Control","Inverter Data","Choices - to be hidden"],"not_rendered":{"charts":2,"images":2,"macros":1,"defined_names":85},"read":"whole","date_system":"1900"}

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["Attachment A, Generating Facility Data \nto GIDAP Appendix 1 Interconnection Request \n\nGENERATING FACILITY DATA"]
[]
[]
[]
[" ",null,"CAISO Public Document"]
[null,null,"Version:14.5"]
[null,null,"Last Updated: Feb 5, 2024"]
[" "]
["Project Information Completed by Interconnection Customer (Must match Appendix 1)"]
[null,"Project Name"]
[null,"Q# (if assigned)"]
[null,"Interconnection Customer Name"]
[null,"Interconnection Customer Contact"]
[null,"Requested Point of Interconnection (POI)"]
[null,"NRI Project Number (if assigned)"]
[null,"Resource ID (if assigned)"]
["Please read the instructions below!"]
["Table of Contents",null,"Descriptions"]
[null,"Instructions","Project Specific Information (above) & Guidelines for this document"]
[null,"I. Project Configuration","Project Data Input "]
[null,"I-a. Short Circuit Data Table","Short Circuit Data Input for Inverters"]
[null,"II. Technical Validation","Validation Calcs based on Project Data input on Tab I."]
[null,"III. Power Flow Model","Power Flow Model Tool"]
[null,"IV. Dynamic Model","Dynamic Model Data Tool"]
[null,"V. IR Validation & Comments","IR Review and Validation questions and verifications"]
[]
["Color Codes:"]
["Green Cells: Choose input from options"]
["White Cells: Enter input data/notes - default values may be pre-populated and can be changed"]
["Orange Cells:  Predetermined/populated Cells - Can be changed"]
["Yellow Cells:  Headers / Titles - DO NOT CHANGE"]
["Gray Cells:  Calculations or intentionally blank - DO NOT CHANGE"]
[]
["Interconnection Customer Directions:"]
[1,"On the I. Project Configuration tab."]
[null,"      Complete Data in Section I. and II., then click the Prep Data button in blue area"]
[null,"              Note that section will hide automatically based on data input need.  Press Show All button to display all sections"]
[null,"      Complete remaining data input as necessary for project"]
["1.a","On the I-a. Short Circuit Data Table tab."]
[null,"      Complete I-a. Short Circuit Data Table for inverter based generators"]
[]
[2,"On the II. Technical Validation tab, Click the Generator Data Validation Check Button "]
[3,"      Review the feedback from the validation check on the Technical Validation tab"]
[4,"      Fix any issues that remain and repeat steps 1-4 as necessary."]
[null,"Please fix all errors and explain warnings identified on the Technical Validation tab."]
[]
[5,"On the III. Power Flow Model tab (Optional)"]
[6,"      Input Power Flow data and click the Calculate Parameters button"]
[7,"      Fill in and ensure all specifications and technical data is correct - repeat step 6-7 as necessary."]
[8,"      Click the Create .epc Entries button"]
[9,"      Review the feedback on tab, copy the .ecp entries into the acutal .epc file, test the .epc model in GE PSLF."]
[10,"      Fix any issues that remain and repeat 6-10 as necessary"]
[]
[11,"On the IV. Dynamic Model tab (Optional)"]
[12,"      Input Dynamic model technical data "]
[13,"      Click the Create .dyd Entries button"]
[14,"      Review the feedback on tob, copy the .dyd entries into the actual .dyd file, test the .dyd model in GE PSLF."]
[15,"      Fix any issues that remain and repeat 12-15 as necessary"]
[]
[16,"On the V. IR Validation & Comments tab, answer each question by choosing an answer (provide comment as necessary).  Must confirm all issues and tasks are complete.  Objective is to answer YES or N/A to all questions."]
[]
[null,"Please answer all questions on the IR Validation & Comment tab - goal is to answer all with Yes or NA."]
[]
["A Complete Interconnection Request Package will include:"]
[1,"Interconnection Study Deposit of $150,000"]
[2,"A completed application in the form of Appendix 1, Word doc"]
[null,"a.  Including the Study agreement, Authorized signatory document, and state of incorporation for the IC's company"]
[3,"A completed Attachment A to Appednix 1, Excel doc"]
[4,"Demonstration of Site Exclusivity or posting of a SE Deposit in lieu of"]
[5,"A load flow model"]
[6,"A dynamic data file"]
[7,"A reactive power capability document"]
[8,"A site drawing"]
[9,"A single-line diagram"]
[10,"A flat run plot and a bump test plot from the GE-PSLF simulation platform"]
[11,"A plot showing the requested MW at the Point of Interconnection from the GE-PSLF simulation platform"]
[]
["Version Control and Inverter Data tabs are for CAISO use only. Don't make any edits on these tabs."]

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[{"$f":"Instructions!C10","v":0}]
["Item #",{"$nulls":3},"UNITS"]
[null,"I. Overall Project MW Information",{"$nulls":12},"Calculated values for validation. Do not enter here."]
["I.1","Total Generating Facility gross capacity",null,null,"MVA",{"$f":"SUMPRODUCT(F23:N23,F26:N26)","v":0}]
["I.2","Total Generating Facility gross output",null,null,"MW",null,"The gross MW output to achieve requested MW at POI",{"$nulls":7},{"$f":"SUMPRODUCT(F23:N23,F27:N27)","v":0}]
["I.3","Generating Facility Auxiliary Load",null,null,"MW"]
["I.4","Project net capacity at Generating Facility",null,null,"MW",{"$f":"F5-F6","v":0}]
["I.5","Anticipated Losses between the Generating Facility and POI",null,null,"MW",null,"Include all transformer and line losses between the generating units and the POI at total Generating Facility gross output as calculated by the power flow model in .epc file"]
["I.6","Desired net output at POI",null,null,"MW",{"$f":"F7-F8","v":0},"must match MW value derived from power flow model in .epc file"]
["I.7","Standby Load when Generating Facility is off-line",null,null,"MW"]
["I.8","For combined cycle plants, specify the plant net output capacity for an outage of the steam turbine or an outage of a single combustion turbine",null,null,"MW"]
[]
[]
[null,"II. Individual Generating Facility Characteristics"]
["II.1","Generating Facility Name ",{"$nulls":3},"Gen Type1","Gen Type2","Gen Type3","Gen Type4","Gen Type5","Gen Type6","Gen Type7","Gen Type8","Gen Type9"]
["II.2","Technology",{"$nulls":12},{"$f":"COUNTA(vbaGenType)","v":0}]
["II.3","Type  (Scroll to the right for help info)",{"$nulls":12},1]
["II.4","Manufacturer",{"$nulls":12},1]
["II.5","Model Name",{"$nulls":12},1]
["II.6","Model Number",{"$nulls":12},0,"not required"]
["II.7","Version (if applicable)",{"$nulls":12},0,"not required"]
["II.8","Year Manufactured",{"$nulls":12},0,"not required"]
["II.9","Number of Individual Generators or Inverters",{"$nulls":12},1]
["II.10","Nominal Terminal Voltage",null,null,"kV",{"$nulls":9},1]
["II.11","Expected average high ambient temperature for the site",null,null,"⁰C",{"$nulls":9},1]
["II.12","Individual generator rated MVA at the temperature above",null,null,"MVA",{"$nulls":9},1]
["II.13","Individual generator rated MW at the temperature above",null,null,"MW",{"$nulls":9},1]
["II.14","Individual generator power factor at rated MW",{"$nulls":3},{"$f":"IF(ISBLANK(F26),\"\",F27/F26)","v":""},"","","","","","","","",0,"calculated"]
["II.15","Individual generator power factor regulation range at rated MW output",null,"Leading (-)",{"$nulls":10},1]
["II.16",null,null,"Lagging (+)",{"$nulls":10},1]
["II.17","Generator Voltage Regulation Range (+/-)",null,null,"%",{"$nulls":9},1]
["II.18","Phase",{"$nulls":12},1]
["II.19","Connection",{"$nulls":12},1]
["II.20","ACTION REQUIRED:",null,"Please submit generator reactive capability curves"]
[]
[]
[null,"III. Synchronous Generator Information"]
[null,"A. Generator",{"$nulls":12},{"$f":"COUNTIF(vbaGenType,\"Synchronous\")","v":0},"calculation"]
["III.1","Rated Generator speed",null,null,"RPM",{"$nulls":9},1]
["III.2","Generator Efficiency at Rated Load",null,null,"%",{"$nulls":9},1]
["III.3","Moment of Inertia (including prime mover)",{"$nulls":12},1]
["III.4","Inertia Time Constant (on machine base) H (Sec or MJ/MVA)",null,null,"MJ/MVA",{"$nulls":9},1]
["III.5","SCR (Short-Circuit Ratio – the ratio of the field current required for rated open-circuit voltage to the field current required for rated short-circuit current",{"$nulls":12},1]
["III.6",{"$nulls":13},0,"skip"]
["III.7","Rated Hydrogen Cooling Pressure (Steam Units only)",null,null,"PSIG",{"$nulls":9},0,"skip"]
["III.8","Dynamic Model Name",{"$nulls":12},1]
["III.9",null,"If other, specify the model name and reason to use non-WECC approved model",{"$nulls":11},2,45,"Other (Explain Below)"]
[{"$nulls":14},0,"skip"]
["III.10","ACTION REQUIRED:",null,"Please submit a plot of generator terminal voltage versus field current that shows the air gap line, the open-circuit saturation curve, and the saturation curve at full load and rated power factor",{"$nulls":10},0,"skip"]
[{"$nulls":14},0,"skip"]
[null,"B. Excitation for Each Generator",{"$nulls":3},{"$f":"IF(ISBLANK(F38),\"\",F38)","v":""},"","","","","","","","",1,"this section is required if unit or plant > 75MVA "]
["III.11","Manufacture",{"$nulls":12},1]
["III.12","For exciter type, please choose from 1 to 9 below or describe the specific excitation system.",{"$nulls":12},1]
["III.13",null,"Other? - Please Specify:",{"$nulls":11},2,52,"Other? (Specify):"]
["III.14","Excitation system response ratio",null,null,"ASA",{"$nulls":9},1]
["III.15","Full load rated exciter output voltage",null,null,"V",{"$nulls":9},1]
["III.16","Maximum exciter output voltage (ceiling voltage)",null,null,"V",{"$nulls":9},1]
["III.17","Other comments regarding the excitation system?",{"$nulls":12},0,"skip"]
[{"$nulls":14},0,"skip"]
["III.18","ACTION REQUIRED:",null,"Please submit a copy of the block diagram of the excitation system from its instruction manual",{"$nulls":10},0,"skip"]
[{"$nulls":14},0,"skip"]
["III.19","C. Power System Stabilizer for Each Generator",{"$nulls":3},{"$f":"IF(ISBLANK(F38),\"\",F38)","v":""},"","","","","","","","",1,"this section is required if unit  > 75MVA or unit > 30MVA and plant > 75 MVA"]
["III.20","Manufacturer",{"$nulls":12},1]
["III.21","Is the PSS digital or analog:",{"$nulls":12},1]
["III.22","Note the input signal source for the PSS",{"$nulls":12},1]
["III.23",null,"Other? - Please Specify:",{"$nulls":11},2,64,"Other (Explain Below)"]
["III.24","Other comments regarding the PSS?",{"$nulls":12},0,"skip"]
[null,"ACTION REQUIRED:",null,"Please attach a copy of a block diagram of the PSS from the PSS Instruction Manual and the correspondence between dial settings and the time constants or PSS gain",{"$nulls":10},0]
[{"$nulls":14},0]
[null,"D. Turbine-Governor for Each Generator",{"$nulls":3},{"$f":"IF(ISBLANK(F38),\"\",F38)","v":""},"","","","","","","","",1,"this section is required if unit or plant > 75MVA "]
["III.24","Turbine Type",{"$nulls":12},1]
["III.25","Turbine manufacturer",{"$nulls":12},1]
["III.26","Maximum turbine power output",null,null,"MW",{"$nulls":9},1]
["III.27","Minimum turbine power output (while on line)",null,null,"MW",{"$nulls":9},1]
["III.28","Governor Droop setting (speed regulation)",{"$nulls":12},1]
["III.29","Is the governor mechanical-hydraulic or electro-hydraulic?\n(electro-hydraulic governors have an electronic speed sensor and transducer)",{"$nulls":12},1]
[{"$nulls":14},0,"skip"]
["III.30","Other comments regarding the turbine governor system:",{"$nulls":12},0,"skip"]
[{"$nulls":14},0,"skip"]
[]
[null,"E. Steam, gas or combined-cycle turbines:",{"$nulls":12},{"$f":"O38-COUNTIF(F17:N17,\"5: hydro\")","v":0},"calculation"]
["III.31","If steam or combined-cycle, does the turbine system have a reheat process (i.e., both high and low pressure turbines)?",{"$nulls":12},1]
[{"$nulls":14},0,"skip"]
[null,"If steam with reheat process, or if combined-cycle, indicate the percent of full load power produced by each turbine:",{"$nulls":12},0,"skip"]
[{"$nulls":14},0,"skip"]
["III.32",null,"Low pressure turbine or gas turbine",null,"%",{"$nulls":9},2,81,"Yes"]
["III.33",null,"High pressure turbine or steam turbine",null,"%",{"$nulls":9},2,81,"Yes"]
[]
[null,"F. Hydro turbines:",{"$nulls":12},{"$f":"COUNTIF(F17:N17,\"5: hydro\")","v":0},"calculation"]
["III.34","Turbine efficiency at rated load",null,null,"%",{"$nulls":9},1]
["III.35","Length of penstock",null,null,"Feet",{"$nulls":9},1]
["III.36","Average cross-sectional area of the penstock",null,null,"Feet2",{"$nulls":9},1]
["III.37","Typical maximum head \n(vertical distance from the bottom of the penstock, at the gate, to the water level)",null,null,"Feet",{"$nulls":9},1]
[{"$nulls":14},1]
["III.38","Water supply",{"$nulls":12},1]
["III.39","Water flow rate at the typical maximum head",null,null,"Ft3/Sec",{"$nulls":9},1]
["III.40","Average energy rate",null,null,"kWh/\nAcre-Ft",{"$nulls":9},1]
["III.41","Estimated yearly energy production",null,null,"kWh/\nYear",{"$nulls":9},1]
[]
[null,"G. Short Circuit Data",{"$nulls":3},{"$f":"IF(ISBLANK(F38),\"\",F38)","v":""},"","","","","","","","",{"$f":"O38","v":0},"calculation"]
["III.42","X\"1 – positive sequence subtransient reactance (saturated)",null,null,"p.u**",{"$nulls":9},1]
["III.43","X\"1 – positive sequence subtransient reactance (unsaturated)",null,null,"p.u**",{"$nulls":9},1]
["III.44","X2 – negative sequence reactance",null,null,"p.u**",{"$nulls":9},1]
["III.45","X0 – zero sequence reactance",null,null,"p.u**",{"$nulls":9},1]
["III.46","Generator Grounding",{"$nulls":12},1]
["III.47",null,"If grounded through impedance, please enter:","R:","ohms",{"$nulls":9},2,104,"Grounded through Impedance"]
["III.48",null,null,"X:","ohms",{"$nulls":9},2,104,"Grounded through Impedance"]
["III.49","** On generator MVA base and nominal line voltage (kV) Base\n \n"]
[]
[null,"IV. Induction Machine Information (Individual Generator Data)"]
[null,"Induction Machine Information",{"$nulls":12},{"$f":"COUNTIF(vbaGenType,\"Induction\")+COUNTIF(vbaGenType,\"Doubly Fed Asynchronous\")","v":0},"calculation"]
["IV.1","Moment of Inertia (including prime mover)",{"$nulls":12},1]
["IV.2","Do you wish reclose blocking?  ",{"$nulls":12},1]
[null,"Note:  Sufficient capacitance may be on the line now, or in the future, and the generator may self-excite unexpectedly.",{"$nulls":12},0,"skip"]
[null,"Fill out the following for wind generators type 1, 2 or 3  (for Type 4 Wind Generators, skip to section V.)",{"$nulls":12},0,"skip"]
["IV.3","Turbine Type ",{"$nulls":12},1]
["IV.4","Average Site Elevation",null,null,"Feet",{"$nulls":9},1]
["IV.5","Field Volts",null,null,"Volt",{"$nulls":9},1]
["IV.6","Field Amperes",null,null,"Amp",{"$nulls":9},1]
["IV.7","Motoring Power",null,null,"MW",{"$nulls":9},1]
["IV.8","Neutral Grounding Resistor (in applicable)",null,null,"ohm",{"$nulls":9},1]
["IV.9","I22t of K (Heating Time Constant)",null,null,"sec",{"$nulls":9},1]
["IV.10","Rotor Resistance",null,null,"ohm",{"$nulls":9},1]
["IV.11","Stator Resistance",null,null,"ohm",{"$nulls":9},1]
["IV.12","Stator Reactance",null,null,"ohm",{"$nulls":9},1]
["IV.13","Magnetized Reactance",null,null,"ohm",{"$nulls":9},1]
["IV.14","Short Circuit Reactance",null,null,"ohm",{"$nulls":9},1]
["IV.15","Exciting Current",null,null,"amp",{"$nulls":9},1]
["IV.16","Temperature Rise",{"$nulls":12},1]
["IV.17","Frame Size",{"$nulls":12},1]
["IV.18","Design Letter",{"$nulls":12},1]
["IV.19","Reactive Power Required (No Load)",null,null,"kVARS",{"$nulls":9},1]
["IV.20","Reactive Power Required (Full Load)",null,null,"kVARS",{"$nulls":9},1]
["IV.21","Total Rotating Inertial I (Per Unit on 100 MVA Base)",null,null,"p.u",{"$nulls":9},1]
[null,"Short Circuit Data",{"$nulls":3},{"$f":"IF(ISBLANK(F111),\"\",F111)","v":""},{"$f":"IF(ISBLANK(G111),\"\",G111)","v":""},"","","","","","","",0,"skip"]
["IV.22","X\"1 – positive sequence subtransient reactance (saturated)",null,null,"p.u**",{"$nulls":9},1]
["IV.23","X\"1 – positive sequence subtransient reactance (unsaturated)",null,null,"p.u**",{"$nulls":9},1]
["IV.24","X2 – negative sequence reactance",null,null,"p.u**",{"$nulls":9},1]
["IV.25","X0 – zero sequence reactance",null,null,"p.u**",{"$nulls":9},1]
["IV.26","Generator Grounding",{"$nulls":12},1]
["IV.27",null,"If grounded through impedance, please enter:","R:","ohms",{"$nulls":9},2,139,"Grounded through Impedance"]
["IV.28",null,null,"X:","ohms",{"$nulls":9},2,139,"Grounded through Impedance"]
["IV.29","** On generator MVA base and nominal line voltage (kV) Base\n \n"]
[]
[null,"V. Inverter-Based Machine Information (Individual Inverter Data)"]
[null,"Inverter/Converter Data"]
["V.1","Will project be using a solar tracking system? \nIf Yes, please provide a brief description of the tracking system to be used:",{"$nulls":12},1]
[]
[null,"Inverter Name",{"$nulls":12},{"$f":"COUNTIF(vbaGenType,\"DC With Inverter\")++COUNTIF(vbaGenType,\"Doubly Fed Asynchronous\")","v":0},"calculation"]
["V.2","List of adjustable set points for the protective equipment or software",{"$nulls":12},1]
[{"$nulls":14},0]
[{"$nulls":14},0]
[{"$nulls":14},0]
["V.3","Harmonics Characteristics",{"$nulls":12},1]
[{"$nulls":14},0]
[{"$nulls":14},0]
[{"$nulls":14},0]
["V.4","Start-up Requirement",{"$nulls":12},1]
[{"$nulls":14},0]
[{"$nulls":14},0]
[{"$nulls":14},0]
[null,"Maximum design fault contribution current*:",{"$nulls":3},"Please complete short circuit data on \"I-a. Short Circuit Data Table\"",{"$nulls":8},0]
[{"$nulls":14},0]
[{"$nulls":14},0]
[{"$nulls":14},0]
[{"$nulls":14},0]
[{"$nulls":14},0]
["V.9","Does the inverter produce negative sequence fault current?",{"$nulls":12},1]
[null,"If yes, fill out the following:",{"$nulls":12},0]
["V.9.1",null,"Initial symmetrical short-circuit current (Ik\")",null,"Amp",{"$nulls":9},2,{"$f":"ROW(F168)","v":168},"Yes; explain below"]
["V.9.2",null,"First Peak of short circuit current (ip)",null,"Amp",{"$nulls":9},2,{"$f":"P170","v":168},"Yes; explain below"]
["V.9.3",null,"Steady-state short circuit current (Ik)",null,"Amp",{"$nulls":9},2,{"$f":"P171","v":168},"Yes; explain below"]
["V.9.4",null,"Time to reach steady-state current",null,"ms",{"$nulls":9},2,168,"Yes; explain below"]
["V.9.5",null,"Slope of positive sequence dynamic reactive current injection characteristics",{"$nulls":11},2,168,"Yes; explain below"]
["V.9.6",null,"Slope of negative sequence dynamic reactive current injection characteristics",{"$nulls":11},2,168,"Yes; explain below"]
["V.10","Will the inverter go into momentary cessation (i.e. connected to the grid but not injecting any current into the grid) during abnormal voltage conditions? ",{"$nulls":12},1]
[null,"If yes, fill out the following:",{"$nulls":12},0]
["V.11",null,"Low voltage momentary cessation voltage threshold",null,"p.u.",{"$nulls":9},2,{"$f":"ROW(F176)","v":176},"Yes; explain below"]
["V.12",null,"High voltage momentary cessation voltage threshold",null,"p.u.",{"$nulls":9},2,{"$f":"P178","v":176},"Yes; explain below"]
["V.13",null,"Time delay before the inverter begins injecting current after momentary cessation, once voltage has returned to within the momentary cessation voltage threshold(s)",null,"seconds",{"$nulls":9},2,{"$f":"P179","v":176},"Yes; explain below"]
["V.14",null,"Active current ramp rate when recovering from momentary cessation",null,"p.u./sec",{"$nulls":9},2,176,"Yes; explain below"]
["V.15",null,"MVA base for the active current ramp rate above",null,"MVA",{"$nulls":9},2,176,"Yes; explain below"]
[null,"If no, fill out the following:",{"$nulls":12},0]
["V.16",null,"Describe inverter control during the system fault conditions. Provide information regarding control freeze, priority between active and reactive currents, master controller vs local control, etc. Include the voltage regulation propotional gain (k-factor) of the reactive current.",{"$nulls":11},2,{"$f":"ROW(F176)","v":176},"No; explain below"]
[{"$nulls":14},0]
[{"$nulls":14},0]
[{"$nulls":14},0]
["V.17",null,"Does the inverter lock itself out after certain numbers of tripping during a given period? If yes, please describe the number of trips to lock-out and how the inverter restores operation.",{"$nulls":11},2,{"$f":"P184","v":176},"No; explain below"]
[{"$nulls":14},0]
[{"$nulls":14},0]
[{"$nulls":14},0]
["V.18",null,"Once tripped, what is the return ramp rate in %/second at what MVA base",{"$nulls":11},2,{"$f":"P184","v":176},"No; explain below"]
[{"$nulls":14},0]
["V.19","Frequency tripping settings -\nprovide up to 10 pairs of frequency tripping value and associated time delay; if no frequency tripping, please enter (57Hz, 999sec) and (63Hz, 999sec)",null,null,"Hz, Sec",{"$nulls":9},1]
[{"$nulls":14},0]
[{"$nulls":14},0]
[{"$nulls":14},0]
[{"$nulls":14},0]
[{"$nulls":14},0]
[{"$nulls":14},0]
[{"$nulls":14},0]
[{"$nulls":14},0]
[{"$nulls":14},0]
["V.20","Is your facility a DC coupled facility?",{"$nulls":12},1]
[null,"If yes, fill out the following:",{"$nulls":12},0]
["V.21",null,"What equipment is being used to control the DC flow on your system? Please describe and provide manufacturer model number.",{"$nulls":11},2,{"$f":"ROW(F204)","v":204},"Yes; explain below"]
["V.22",null,"Describe the DC flow control response to transient system faults on the interconnected AC system including potential equipment faults, lockouts, etc.",{"$nulls":11},2,{"$f":"P206","v":204},"Yes; explain below"]
[]
[null,"VI. Energy Storage Information"]
["VI.1","Select the source of charging ( transmission grid, on-site generator, etc.)",{"$nulls":4},"Tip: Select \"transmission grid\" if there are multiple charging sources inlcuding transmission grid. ",{"$nulls":7},1]
["VI.2","If selected \"other\" above, explain",{"$nulls":12},2,{"$f":"ROW(F210)","v":210},"other (please explain)"]
["VI.3","Select the operation of charging",{"$nulls":12},1]
[null,"Storage Device Specification Data (Enter information at the device terminal)",{"$nulls":12},{"$f":"9-COUNTBLANK(F213:N213)","v":0}]
["VI.4","Total Storage Capability",null,null,"MWh",{"$nulls":9},1]
["VI.5","Charge/Discharge Cycle Efficiency",null,null,"%",{"$nulls":9},1]
["VI.6","Rated Storage Discharging Power",null,null,"MW",{"$nulls":9},1]
["VI.7","Discharge Duration under Rated Power",null,null,"Hours",{"$nulls":9},1]
["VI.8","Maximum Storage Discharging Power",null,null,"MW",{"$nulls":9},1]
["VI.9","Discharge Duration under Maximum Power",null,null,"Hours",{"$nulls":9},1]
["VI.10","Rated Storage Charging Power",null,null,"MW",{"$nulls":9},1]
["VI.11","Charge Duration under Rated Power",null,null,"Hours",{"$nulls":9},1]
["VI.12","Maximum Storage Charging Power",null,null,"MW",{"$nulls":9},1]
["VI.13","Charge Duration under Maximum Power",null,null,"Hours",{"$nulls":9},1]
["VI.14","Requested Storage Charging Power (gross charging power to be studied at the terminal)",null,null,"MW",{"$nulls":9},1]
[null,"Primary frequency response operating range",{"$nulls":12},0]
["VI.15",null,"Minimum State of Charge",null,"%",{"$nulls":9},1]
["VI.16",null,"Maximum State of Charge",null,"%",{"$nulls":9},1]
[]
[null,"VII. Voltage / Power Factor Control, Frequency Control & Power Plant Controller"]
[null,"Reactive Capability Requirements"]
[null,null,"Synchronous Generators",null,null,"The Generating Unit will maintain a composite power delivery at continuous rated power output at the terminals of the Electric Generating Unit at a power factor within the range of 0.95 leading to 0.90 lagging. "]
[]
[]
[null,null,"Asynchronous Generators",null,null,"The Generating Unit will maintain a composite power delivery at continuous rated power output at the high-side of the generator substation at a power factor within the range of 0.95 leading to 0.95 lagging. This power factor range standard shall be dynamic and can be met using, for example, power electronics designed to supply this level of reactive capability (taking into account any limitations due to voltage level, real power output, etc.) or fixed and switched capacitors or reactors, or a combination of the two. Refer to FERC Order No. 827 for more detail. "]
[]
[]
[]
[]
[null,"Devices to Provide Required Reactive Capability"]
["VII.1","1) Reactive power capability from generators at the expected ambient temperture",null,"Qmax","MVARS",null,null,"For your reference, Qmax and Qmin to the right are calculate from the gross MVA and MW. You may enter any Qmax and Qmin within the calculated range.",{"$nulls":3},{"$f":"SQRT(F4^2-F5^2)","v":{"v":0,"d":"0.00"}},null,null,{"$f":"ROUND(SQRT(F4^2-F5^2),2)","v":0}]
["VII.2",null,null,"Qmin","MVARS",{"$nulls":6},{"$f":"-L240","v":{"v":0,"d":"0.00"}},null,null,{"$f":"-O240","v":0}]
["VII.3","Expected ambient temperature for the reactive capability above",null,null,"⁰C",{"$nulls":9},1]
[null,"2) Additional reactive devices",{"$nulls":3},"Var Device 1",null,"Var Device 2",null,"Var Device 3",null,"Var Device 4"]
["VII.4",null,null,"Type of Device",{"$nulls":10},{"$f":"COUNTA(vbaVar)","v":0},{"$f":"COUNTIF(vbaVar,\"Fixed Capacitor\")","v":0},{"$f":"COUNTIF(vbaVar,\"SVD\")","v":0}]
["VII.5",null,null,"If other, please select static or dynamic and describe",{"$nulls":10},2,{"$f":"ROW(F244)","v":244},"Other (Explain Below)"]
["VII.6",null,null,"Qmax","MVARS",{"$nulls":9},1]
["VII.7",null,null,"Qmin","MVARS",{"$nulls":9},1]
["VII.8",null,null,"Location",{"$nulls":10},1]
["VII.9","Total reactive capability",null,"Qmax",null,{"$f":"F240+SUM(F246:M246)","v":{"v":0,"d":"0.000"}}]
["VII.10",null,null,"Qmin",null,{"$f":"F241+SUM(F247:M247)","v":{"v":0,"d":"0.000"}}]
["VII.11","Total dynamic reactive capability",null,"Qmax",null,{"$f":"F249-SUMIF(vbaVar,\"Fixed Capacitor\",F246:M246)-SUMIF(vbaVar,\"SVD\",F246:M246)-SUMIFS(F246:M246,vbaVar,\"Other (Explain Below)\",F245:M245,\"static\")","v":{"v":0,"d":"0.000"}}]
["VII.12",null,null,"Qmin",null,{"$f":"F250-SUMIF(vbaVar,\"Fixed Capacitor\",F247:M247)-SUMIF(F245:M245,\"static\",F247:M247)","v":{"v":0,"d":"0.000"}}]
["VII.13","Estimated dynamic reactive capability requirement if asynchronous generators",null,"Qmax",null,{"$f":"SQRT((F5/0.95)^2-F5^2)","v":{"v":0,"d":"0.000"}},"The calculated values are to help the IC to complete the IR form. The reactive capability requirement accounting for var losses will be determined in the interconnection studies."]
["VII.14",null,null,"Qmin",null,{"$f":"-F253","v":{"v":0,"d":"0.000"}}]
[null,"Primary Frequency Response Requirements"]
[null,"Requirement",{"$nulls":3},"Interconnection Customer is required to install a governor or equivalent controls with the capability of operating: (1) with a maximum 5 percent droop on the nameplate capacity base and +/-0.036Hz deadband; or (2) in accordance with the relevant droop, deadband, and timely and sustained response setteings form an approved NERC Reliability Standard providng for equivalent or more stringent paramenters.Refer to FERC Order 842 for more detail.",{"$nulls":8},0]
[]
[]
[null,"Generator Name",{"$nulls":3},{"$f":"IF(ISBLANK(F16),\"\",F15)","v":""},"","","","","","","","",{"$f":"O16","v":0},"calcualted"]
["VII.15","Upward frequency response droop (increase output for low frequency)",null,null,"%",{"$nulls":9},1]
["VII.16","Downward frequency response droop (reduce output for high frequency)",null,null,"%",{"$nulls":9},1]
["VII.17","MW base for the droop above",null,null,"MW",{"$nulls":9},1]
["VII.18","Frequency response deadband",null,"+/-","Hz",{"$nulls":9},1]
[null,"Power Plant Controller"]
["VII.19","Is there a Power Plant Controller (PPC)?",{"$nulls":4},"If yes, please answer the followings VII.19 to VII.31",{"$nulls":7},1]
["VII.20","PPC manufacturer",{"$nulls":12},1]
[null,"PPC VOLTAGE/VAR CONTROL",{"$nulls":12},0]
["VII.21","Plant level voltage/Var control mode under continuous normal conditions",{"$nulls":4},"If other, please explain",{"$nulls":7},2,{"$f":"ROW(F265)","v":265},"Yes"]
["VII.22","Plant level voltage/Var control mode under abnormal voltage conditions",{"$nulls":4},"If other, please explain",{"$nulls":7},2,{"$f":"P268","v":265},"Yes"]
["VII.23","Does the PPC freeze voltage/Var control at low voltage? ",{"$nulls":12},2,{"$f":"P269","v":265},"Yes"]
["VII.24","If yes above, enter the voltage at which PPC freezes",null,null,"p.u.",{"$nulls":9},2,258,"Yes"]
["VII.25","Does the PPC implement voltage droop control? ",{"$nulls":12},2,253,"Yes"]
["VII.26","If yes above, enter the voltage droop",null,null,"%",{"$nulls":9},2,260,"Yes"]
["VII.27","Provide a general description of the control coordination among generators/inverters, reactive devices and transformer tap changers. ",{"$nulls":12},2,253,"Yes"]
[{"$nulls":14},0]
[{"$nulls":14},0]
[null,"PPC FREQUENCY/MW CONTROL",{"$nulls":12},0]
["VII.28","Does the PPC controls overall primary frequency response capability",{"$nulls":4},"If yes, please answer the next question",{"$nulls":7},2,{"$f":"P274","v":253},"Yes"]
["VII.29","If yes above, will the PPC maintain headroom for upward frequency response (increasing output for low frequency)?",{"$nulls":12},2,{"$f":"ROW(F278)","v":278},"Yes"]
["VII.30","Describe how the MW at Point of Interconnection is controlled.",{"$nulls":12},2,{"$f":"P278","v":253},"Yes"]
[{"$nulls":14},0]
[{"$nulls":14},0]
["VII.31","MW upward ramp rate limit (enter a positive number)",null,null,"MW/min",{"$nulls":9},2,{"$f":"P280","v":253},"Yes"]
["VII.32","MW downward ramp rate limit (enter a negative number)",null,null,"MW/min",{"$nulls":9},2,{"$f":"P283","v":253},"Yes"]
[]
[null,"VIII. Transformer Data (GSU and pad-mount transformers)"]
[null,"For each type of transformer, fill out the data form provided in the following table(s). Supply copy of nameplate and manufacture’s test report when available.",{"$nulls":12},{"$f":"IF(ISBLANK(F293),0,1)","v":0},{"$f":"IF(ISBLANK(I293),0,1)","v":0},{"$f":"IF(ISBLANK(L293),0,1)","v":0}]
[null,"Transformer Name",{"$nulls":3},"XFMR1",null,null,"XFMR2",null,null,"XFMR3",null,null,{"$f":"COUNTA(F293:H293)","v":0},{"$f":"COUNTA(I293:K293)","v":0},{"$f":"COUNTA(L293:N293)","v":0}]
["VIII.1","No. of Transformers",{"$nulls":12},1]
["VIII.2","Phase",{"$nulls":12},1]
[{"$nulls":5},"H Winding","X Winding","Y Winding","H Winding","X Winding","Y Winding","H Winding","X Winding","Y Winding",0]
[null,"RATING",{"$nulls":12},0]
["VIII.3","Rated MVA (Please enter the rating to model the transformer in the interconnection studies)",null,null,"MVA",{"$nulls":9},1]
["VIII.4","Connection (Delta, Wye, Gnd.)",{"$nulls":12},1]
["VIII.5","Cooling Type (OA,OA/FA, etc.)",{"$nulls":12},1]
["VIII.6","Temperature Rise Rating",null,null,"⁰C",{"$nulls":9},1]
["VIII.7","Rated Voltage",null,null,"kV",{"$nulls":9},1]
["VIII.8","BIL",null,null,"kV",{"$nulls":9},1]
["VIII.9","Available Taps (% of rating)",{"$nulls":12},0]
["VIII.10","Load Tap Changer? (Yes or No)",{"$nulls":12},1]
["VIII.11","Tap Settings",null,null,"% of rating",{"$nulls":9},2,{"$f":"ROW(F300)","v":300},"Yes"]
[{"$nulls":14},0]
[null,"IMPEDANCE",{"$nulls":3},"H-X","H-Y","X-Y","H-X","H-Y","X-Y","H-X","H-Y","X-Y",0]
["VIII.12","Percent ( impedance Z)",null,null,"%",{"$nulls":9},1]
["VIII.13","MVA Base",null,null,"MVA",{"$nulls":9},1]
["VIII.14","Tested Taps",{"$nulls":12},0]
[{"$nulls":14},0]
[null,"WINDING RESISTANCE",{"$nulls":3},"H-X","H-Y","X-Y","H-X","H-Y","X-Y","H-X","H-Y","X-Y",0]
["VIII.15","X/R Ratio",{"$nulls":12},1]
[]
[null,"Current Transformer Ratios"]
["VIII.16",null,"H"]
["VIII.17",null,"X"]
["VIII.18",null,"Y"]
["VIII.19",null,"N"]
[null,"Percent Exciting Current at:"]
["VIII.20",null,"100% voltage",{"$nulls":11},1]
["VIII.21",null,"110% voltage",{"$nulls":11},1]
[]
[null,"VIII. Transformer Data (continued, pad-mount transformers only)"]
[null,"For each type of transformer, fill out the data form provided in the following table(s). Supply copy of nameplate and manufacture’s test report when available.",{"$nulls":12},{"$f":"IF(ISBLANK(F327),0,1)","v":0},{"$f":"IF(ISBLANK(I327),0,1)","v":0},{"$f":"IF(ISBLANK(L327),0,1)","v":0}]
[null,"Transformer Name",{"$nulls":3},"XFMR4",null,null,"XFMR5",null,null,"XFMR6",null,null,{"$f":"COUNTA(F327:H327)","v":0},{"$f":"COUNTA(I327:K327)","v":0},{"$f":"COUNTA(L327:N327)","v":0}]
["VIII.1","No. of Transformer",{"$nulls":12},1]
["VIII.2","Phase",{"$nulls":12},1]
[{"$nulls":5},"H Winding","X Winding","Y Winding","H Winding","X Winding","Y Winding","H Winding","X Winding","Y Winding",0]
[null,"RATING",{"$nulls":12},0]
["VIII.3","Rated MVA",null,null,"MVA",{"$nulls":9},1]
["VIII.4","Connection (Delta, Wye, Gnd.)",{"$nulls":12},1]
["VIII.5","Cooling Type (OA,OA/FA, etc.)",{"$nulls":12},1]
["VIII.6","Temperature Rise Rating",null,null,"⁰C",{"$nulls":9},1]
["VIII.7","Rated Voltage",null,null,"kV",{"$nulls":9},1]
["VIII.8","BIL",{"$nulls":12},1]
["VIII.9","Available Taps (% of rating)",{"$nulls":12},0]
["VIII.10","Load Tap Changer? (Y or N)",{"$nulls":12},1]
["VIII.11","Tap Settings",{"$nulls":12},2,{"$f":"ROW(F334)","v":334},"Yes"]
[{"$nulls":14},0]
[null,"IMPEDANCE",{"$nulls":3},"H-X","H-Y","X-Y","H-X","H-Y","X-Y","H-X","H-Y","X-Y",0]
["VIII.12","Percent",null,null,"%",{"$nulls":9},1]
["VIII.13","MVA Base",null,null,"MVA",{"$nulls":9},1]
["VIII.14","Tested Taps",{"$nulls":12},0]
[{"$nulls":14},0]
[null,"WINDING RESISTANCE",{"$nulls":3},"H-X","H-Y","X-Y","H-X","H-Y","X-Y","H-X","H-Y","X-Y",0]
["VIII.15","X/R Ratio",{"$nulls":12},1]
[]
[null,"Current Transformer Ratios"]
["VIII.16",null,"H"]
["VIII.17",null,"X"]
["VIII.18",null,"Y"]
["VIII.19",null,"N"]
[null,"Percent Exciting Current at:"]
["VIII.20",null,"100% voltage",{"$nulls":11},1]
["VIII.21",null,"110%  voltage",{"$nulls":11},1]
[]
[null,"IX. Interconnection Facilities Line Data"]
[null,"There is no need to provide data for new lines that are to be planned by the Participating TO. However, for transmission lines that are to be planned by the generation developer, please provide the following information:"]
[]
["IX.1","Is the project sharing a gen-tie with other projects?",{"$nulls":12},1]
["IX.2",null,"If yes, please specify the other project(s) and location on the gen-tie the project is Interconnecting to:",{"$nulls":11},2,{"$f":"ROW(F357)","v":357},"Yes (See Below)"]
[{"$nulls":14},0]
[{"$nulls":14},0]
[{"$nulls":14},0]
["IX.3","Is the project interconnection to an existing transmission line?",{"$nulls":12},1]
["IX.4",null,"If yes, please specify the specific Point of Interconnection (POI) location on such transmission line, including the pole number(s).",{"$nulls":11},2,{"$f":"ROW(F362)","v":362},"Yes (See Below)"]
[{"$nulls":14},0]
[{"$nulls":14},0]
[{"$nulls":14},0]
[{"$nulls":5},"Line1","Line 2","Line 3","Line 4","Line5","Line 6","Line 7","Line 8","Line 9",0]
["IX.5","Nominal Voltage",null,null,"kV",{"$nulls":9},{"$f":"COUNTA(F368:N368)","v":0},"calculated"]
["IX.6","Line Length",null,null,"Miles",{"$nulls":9},1]
["IX.7a","Line Termination Point (From)",null,null,"From:",{"$nulls":9},1]
["IX.7b","Line Termination Point (To)",null,null,"To:",{"$nulls":9},1]
[null,"If this is a new line planned by the IC and the line length is not negligible, completed the following:"]
["IX.8","Conductor Type"]
["IX.9","Conductor Size"]
[null,"If Bundled:"]
["IX.10",null,"Number per Phase"]
["IX.11",null,"Bundle Spacing",null,"Inches"]
["IX.12","Phase Configuration"]
[null,"Phase Spacing:"]
["IX.13",null,"A-B",null,"Feet"]
["IX.14",null,"B-C",null,"Feet"]
["IX.15",null,"C-A",null,"Feet"]
["IX.16","Distance of lowest conductor to Ground at full load and 40 C",null,null,"Feet"]
[null,"Ground Wire"]
["IX.17",null,"Type"]
["IX.18",null,"Size"]
["IX.19",null,"Distance to Ground",null,"Feet"]
[null,"Summer line ratings in amperes"]
["IX.20",null,"Normal",null,"Amps"]
["IX.21",null,"Emergency",null,"Amps"]
[null,"Summer line ratings in MVA (Calculation)"]
["IX.22",null,"Normal",null,"MVA",{"$f":"F368*F389*SQRT(3)/1000","v":0},0,0,0,0,0,0,0,0]
["IX.23",null,"Emergency",null,"MVA",{"$f":"F368*F390*SQRT(3)/1000","v":0},0,0,0,0,0,0,0,0]
[null,"Winter line ratings in amperes"]
["IX.24",null,"Normal",null,"Amps"]
["IX.25",null,"Emergency",null,"Amps"]
[null,"Winter line ratings in MVA (Calculation)"]
["IX.26",null,"Normal",null,"MVA",{"$f":"F368*F395*SQRT(3)/1000","v":0},0,0,0,0,0,0,0,0]
["IX.27",null,"Emergency",null,"MVA",{"$f":"F368*F396*SQRT(3)/1000","v":0},0,0,0,0,0,0,0,0]
["IX.28","Positive Sequence Resistance (R) (for entire line length)",null,null,"p.u.**"]
["IX.29","Positive Sequence Reactance (X) (for entire line length)",null,null,"p.u.**"]
["IX.30","Zero Sequence Resistance (R0) (for entire line length)",null,null,"p.u.**"]
["IX.31","Zero Reactance (X0) (for entire line length)",null,null,"p.u.**"]
["IX.32","Line Charging (B)",null,null,"p.u.**"]
[null,"** On 100-MVA and nominal line voltage (kV) Base "]
[null,"ACTION REQUIRED:",null,"Please submit a Tower Configuration Diagram"]
[]
[null,"X. For generators with a collector system, provide Collector System Equivalence Data "]
[null,"Line",{"$nulls":3},"Collector 1","Collector 2","Collector 3","Collector 4","Collector 5","Collector 6","Collector 7","Collector 8","Collector 9"]
[null,"Provide values for each equivalence collector circuit at all voltage levels."]
["X.1","Nominal Voltage",null,null,"kV",{"$nulls":9},{"$f":"COUNTA(F411:N411)","v":0},"calculated"]
[null,"Summer line ratings in Amperes",{"$nulls":12},0]
["X.2",null,"Normal",null,"Amps",{"$nulls":9},1]
["X.3",null,"Emergency",null,"Amps",{"$nulls":9},1]
[null,"Summer line ratings in MVA (Calculation)",{"$nulls":12},0]
["X.4",null,"Normal",null,"MVA",{"$f":"F411*F413*SQRT(3)/1000","v":0},{"$f":"G411*G413*SQRT(3)/1000","v":0},0,0,0,{"$f":"K411*K413*SQRT(3)/1000","v":0},{"$f":"L411*L413*SQRT(3)/1000","v":0},0,0,0]
["X.5",null,"Emergency",null,"MVA",{"$f":"F411*F414*SQRT(3)/1000","v":0},{"$f":"G411*G414*SQRT(3)/1000","v":0},0,0,0,{"$f":"K411*K414*SQRT(3)/1000","v":0},{"$f":"L411*L414*SQRT(3)/1000","v":0},0,0,0]
[null,"Winter line ratings in Amperes",{"$nulls":12},0]
["X.6",null,"Normal",null,"Amps",{"$nulls":9},1]
["X.7",null,"Emergency",null,"Amps",{"$nulls":9},1]
[null,"Winter line ratings in MVA (Calculation)",{"$nulls":12},0]
["X.8",null,"Normal",null,"MVA",{"$f":"F411*F419*SQRT(3)/1000","v":0},{"$f":"G411*G419*SQRT(3)/1000","v":0},{"$f":"H411*H419*SQRT(3)/1000","v":0},0,0,{"$f":"K411*K419*SQRT(3)/1000","v":0},{"$f":"L411*L419*SQRT(3)/1000","v":0},{"$f":"M411*M419*SQRT(3)/1000","v":0},0,0]
["X.9",null,"Emergency",null,"MVA",{"$f":"F411*F420*SQRT(3)/1000","v":0},{"$f":"G411*G420*SQRT(3)/1000","v":0},{"$f":"H411*H420*SQRT(3)/1000","v":0},0,0,{"$f":"K411*K420*SQRT(3)/1000","v":0},{"$f":"L411*L420*SQRT(3)/1000","v":0},{"$f":"M411*M420*SQRT(3)/1000","v":0},0,0]
["X.10","Positive Sequence Resistance (R1) (for entire line length of each collector circuit)",null,null,"p.u.**",{"$nulls":9},1]
["X.11","Positive Sequence Reactance (X1) (for entire line length of each collector circuit)",null,null,"p.u.**",{"$nulls":9},1]
["X.12","Zero Sequence Resistance (R0) (for entire line length of each collector circuit)",null,null,"p.u.**",{"$nulls":9},1]
["X.13","Zero Reactance (X0) (for entire line length of each collector circuit)",null,null,"p.u.**",{"$nulls":9},1]
["X.14","Line Charging (B) (for entire line length of each collector circuit)",null,null,"p.u.**",{"$nulls":9},1]
[null,"** On 100-MVA and nominal line voltage (kV) Base\n \n"]
[]
[null,"XI. Load Flow and Dynamic Models "]
[null,"(to be provided via upload for electronic submission, or on DVD, CD, or USB Flash Drive):"]
[]
[null,"Provide load flow model for the generating plant and its interconnection facilities in GE PSLF *.epc format, including new buses, generators, transformers, interconnection facilities.  One copy of this data should be provided via upload for electronic submission, or on DVD, CD, or USB flash drive media. An equivalent model is required for the plant with generation collector systems.  This data should reflect the technical data provided in this Attachment A.",{"$nulls":7},"Please use \"Power Flow Model\" and \"Dynamic Model\" to create the .epc and .dyd files."]
[]
[]
[]
[]
[null,"For each generator, governor, exciter and power system stabilizer, select the appropriate dynamic model from the General Electric PSLF Program Manual and provide the required input data. For inverter based generating facilities, select the appropriate generator and control models from the General Electric PSLF Program Manual and provide the required input data.  For each generator that will activate voltage/frequency relaying, provide appropriate dynamic models for low/high voltage/frequency ride-through that comply with NERC standard PRC-024-2. The latest WECC approved model must be used.\nProvide a completed *.dyd file that contains the information specified in this section.  One copy of this data should be provided via upload for electronic submission, or on DVD, CD, or USB flash drive media.\n"]
[]
[]
[]
[]
[]
[]
[null,"If you require assistance in developing the models, we suggest you contact General Electric. Accurate models are important to obtain accurate study results. Costs associated with any changes in facility requirements that are due to differences between model data provided by the generation developer and the actual generator test data, may be the responsibility of the generation developer."]
[]
[]
[]
[null,"For information regarding GE PSLF and its model library, please send an email to pslf-caiso@ge.com"]

{"sheet":"I-a. Short Circuit Data Table","index":2,"n_rows":175,"n_cols":19,"rows_kept":175,"merged":[[0,0,0,18],[1,0,1,1],[1,7,1,8],[1,14,1,15],[3,0,3,4],[3,7,3,11],[3,14,3,18],[13,0,13,4],[13,7,13,11],[13,14,13,18],[23,0,23,4],[23,7,23,11],[23,14,23,18],[33,0,33,4],[33,7,33,11],[33,14,33,18],[45,0,45,1],[45,7,45,8],[45,14,45,15],[47,0,47,4],[47,7,47,11],[47,14,47,18],[57,0,57,4],[57,7,57,11],[57,14,57,18],[67,0,67,4],[67,7,67,11],[67,14,67,18],[77,0,77,4],[77,7,77,11],[77,14,77,18],[89,0,89,1],[89,7,89,8],[89,14,89,15],[91,0,91,4],[91,7,91,11],[91,14,91,18],[101,0,101,4],[101,7,101,11],[101,14,101,18],[111,0,111,4],[111,7,111,11],[111,14,111,18],[121,0,121,4],[121,7,121,11],[121,14,121,18],[133,0,133,1],[133,7,133,8],[133,14,133,15],[135,0,135,4],[135,7,135,11],[135,14,135,18],[145,0,145,4],[145,7,145,11],[145,14,145,18],[155,0,155,4],[155,7,155,11],[155,14,155,18],[165,0,165,4],[165,7,165,11],[165,14,165,18]]}
["Short Circuit Performance Table for Inverter Based Generators"]
["Generating Facility Name",null,null,"Fault Type",{"$nulls":3},"Generating Facility Name",null,null,"Fault Type",{"$nulls":3},"Generating Facility Name",null,null,"Fault Type"]
["Positive Sequence Voltage (pu)","Positive Sequence Current (pu)","Negative Sequence Current (pu)","Positive Sequence Power Factor Angle (deg)","Negative Sequence Power Factor Angle (deg)",null,null,"Positive Sequence Voltage (pu)","Positive Sequence Current (pu)","Negative Sequence Current (pu)","Positive Sequence Power Factor Angle (deg)","Negative Sequence Power Factor Angle (deg)",null,null,"Positive Sequence Voltage (pu)","Positive Sequence Current (pu)","Negative Sequence Current (pu)","Positive Sequence Power Factor Angle (deg)","Negative Sequence Power Factor Angle (deg)"]
["1 Cycle Time Frame",{"$nulls":6},"1 Cycle Time Frame",{"$nulls":6},"1 Cycle Time Frame"]
[0.9,{"$nulls":6},0.9,{"$nulls":6},0.9]
[0.8,{"$nulls":6},0.8,{"$nulls":6},0.8]
[0.7,{"$nulls":6},0.7,{"$nulls":6},0.7]
[0.6,{"$nulls":6},0.6,{"$nulls":6},0.6]
[0.5,{"$nulls":6},0.5,{"$nulls":6},0.5]
[0.4,{"$nulls":6},0.4,{"$nulls":6},0.4]
[0.3,{"$nulls":6},0.3,{"$nulls":6},0.3]
[0.2,{"$nulls":6},0.2,{"$nulls":6},0.2]
[0.1,{"$nulls":6},0.1,{"$nulls":6},0.1]
["2 Cycle Time Frame",{"$nulls":6},"2 Cycle Time Frame",{"$nulls":6},"2 Cycle Time Frame"]
[0.9,{"$nulls":6},0.9,{"$nulls":6},0.9]
[0.8,{"$nulls":6},0.8,{"$nulls":6},0.8]
[0.7,{"$nulls":6},0.7,{"$nulls":6},0.7]
[0.6,{"$nulls":6},0.6,{"$nulls":6},0.6]
[0.5,{"$nulls":6},0.5,{"$nulls":6},0.5]
[0.4,{"$nulls":6},0.4,{"$nulls":6},0.4]
[0.3,{"$nulls":6},0.3,{"$nulls":6},0.3]
[0.2,{"$nulls":6},0.2,{"$nulls":6},0.2]
[0.1,{"$nulls":6},0.1,{"$nulls":6},0.1]
["3 Cycle Time Frame",{"$nulls":6},"3 Cycle Time Frame",{"$nulls":6},"3 Cycle Time Frame"]
[0.9,{"$nulls":6},0.9,{"$nulls":6},0.9]
[0.8,{"$nulls":6},0.8,{"$nulls":6},0.8]
[0.7,{"$nulls":6},0.7,{"$nulls":6},0.7]
[0.6,{"$nulls":6},0.6,{"$nulls":6},0.6]
[0.5,{"$nulls":6},0.5,{"$nulls":6},0.5]
[0.4,{"$nulls":6},0.4,{"$nulls":6},0.4]
[0.3,{"$nulls":6},0.3,{"$nulls":6},0.3]
[0.2,{"$nulls":6},0.2,{"$nulls":6},0.2]
[0.1,{"$nulls":6},0.1,{"$nulls":6},0.1]
["5 Cycle Time Frame",{"$nulls":6},"5 Cycle Time Frame",{"$nulls":6},"5 Cycle Time Frame"]
[0.9,{"$nulls":6},0.9,{"$nulls":6},0.9]
[0.8,{"$nulls":6},0.8,{"$nulls":6},0.8]
[0.7,{"$nulls":6},0.7,{"$nulls":6},0.7]
[0.6,{"$nulls":6},0.6,{"$nulls":6},0.6]
[0.5,{"$nulls":6},0.5,{"$nulls":6},0.5]
[0.4,{"$nulls":6},0.4,{"$nulls":6},0.4]
[0.3,{"$nulls":6},0.3,{"$nulls":6},0.3]
[0.2,{"$nulls":6},0.2,{"$nulls":6},0.2]
[0.1,{"$nulls":6},0.1,{"$nulls":6},0.1]
[]
[]
["Generating Facility Name",null,null,"Fault Type",{"$nulls":3},"Generating Facility Name",null,null,"Fault Type",{"$nulls":3},"Generating Facility Name",null,null,"Fault Type"]
["Positive Sequence Voltage (pu)","Positive Sequence Current (pu)","Negative Sequence Current (pu)","Positive Sequence Power Factor Angle (deg)","Negative Sequence Power Factor Angle (deg)",null,null,"Positive Sequence Voltage (pu)","Positive Sequence Current (pu)","Negative Sequence Current (pu)","Positive Sequence Power Factor Angle (deg)","Negative Sequence Power Factor Angle (deg)",null,null,"Positive Sequence Voltage (pu)","Positive Sequence Current (pu)","Negative Sequence Current (pu)","Positive Sequence Power Factor Angle (deg)","Negative Sequence Power Factor Angle (deg)"]
["1 Cycle Time Frame",{"$nulls":6},"1 Cycle Time Frame",{"$nulls":6},"1 Cycle Time Frame"]
[0.9,{"$nulls":6},0.9,{"$nulls":6},0.9]
[0.8,{"$nulls":6},0.8,{"$nulls":6},0.8]
[0.7,{"$nulls":6},0.7,{"$nulls":6},0.7]
[0.6,{"$nulls":6},0.6,{"$nulls":6},0.6]
[0.5,{"$nulls":6},0.5,{"$nulls":6},0.5]
[0.4,{"$nulls":6},0.4,{"$nulls":6},0.4]
[0.3,{"$nulls":6},0.3,{"$nulls":6},0.3]
[0.2,{"$nulls":6},0.2,{"$nulls":6},0.2]
[0.1,{"$nulls":6},0.1,{"$nulls":6},0.1]
["2 Cycle Time Frame",{"$nulls":6},"2 Cycle Time Frame",{"$nulls":6},"2 Cycle Time Frame"]
[0.9,{"$nulls":6},0.9,{"$nulls":6},0.9]
[0.8,{"$nulls":6},0.8,{"$nulls":6},0.8]
[0.7,{"$nulls":6},0.7,{"$nulls":6},0.7]
[0.6,{"$nulls":6},0.6,{"$nulls":6},0.6]
[0.5,{"$nulls":6},0.5,{"$nulls":6},0.5]
[0.4,{"$nulls":6},0.4,{"$nulls":6},0.4]
[0.3,{"$nulls":6},0.3,{"$nulls":6},0.3]
[0.2,{"$nulls":6},0.2,{"$nulls":6},0.2]
[0.1,{"$nulls":6},0.1,{"$nulls":6},0.1]
["3 Cycle Time Frame",{"$nulls":6},"3 Cycle Time Frame",{"$nulls":6},"3 Cycle Time Frame"]
[0.9,{"$nulls":6},0.9,{"$nulls":6},0.9]
[0.8,{"$nulls":6},0.8,{"$nulls":6},0.8]
[0.7,{"$nulls":6},0.7,{"$nulls":6},0.7]
[0.6,{"$nulls":6},0.6,{"$nulls":6},0.6]
[0.5,{"$nulls":6},0.5,{"$nulls":6},0.5]
[0.4,{"$nulls":6},0.4,{"$nulls":6},0.4]
[0.3,{"$nulls":6},0.3,{"$nulls":6},0.3]
[0.2,{"$nulls":6},0.2,{"$nulls":6},0.2]
[0.1,{"$nulls":6},0.1,{"$nulls":6},0.1]
["5 Cycle Time Frame",{"$nulls":6},"5 Cycle Time Frame",{"$nulls":6},"5 Cycle Time Frame"]
[0.9,{"$nulls":6},0.9,{"$nulls":6},0.9]
[0.8,{"$nulls":6},0.8,{"$nulls":6},0.8]
[0.7,{"$nulls":6},0.7,{"$nulls":6},0.7]
[0.6,{"$nulls":6},0.6,{"$nulls":6},0.6]
[0.5,{"$nulls":6},0.5,{"$nulls":6},0.5]
[0.4,{"$nulls":6},0.4,{"$nulls":6},0.4]
[0.3,{"$nulls":6},0.3,{"$nulls":6},0.3]
[0.2,{"$nulls":6},0.2,{"$nulls":6},0.2]
[0.1,{"$nulls":6},0.1,{"$nulls":6},0.1]
[]
[]
["Generating Facility Name",null,null,"Fault Type",{"$nulls":3},"Generating Facility Name",null,null,"Fault Type",{"$nulls":3},"Generating Facility Name",null,null,"Fault Type"]
["Positive Sequence Voltage (pu)","Positive Sequence Current (pu)","Negative Sequence Current (pu)","Positive Sequence Power Factor Angle (deg)","Negative Sequence Power Factor Angle (deg)",null,null,"Positive Sequence Voltage (pu)","Positive Sequence Current (pu)","Negative Sequence Current (pu)","Positive Sequence Power Factor Angle (deg)","Negative Sequence Power Factor Angle (deg)",null,null,"Positive Sequence Voltage (pu)","Positive Sequence Current (pu)","Negative Sequence Current (pu)","Positive Sequence Power Factor Angle (deg)","Negative Sequence Power Factor Angle (deg)"]
["1 Cycle Time Frame",{"$nulls":6},"1 Cycle Time Frame",{"$nulls":6},"1 Cycle Time Frame"]
[0.9,{"$nulls":6},0.9,{"$nulls":6},0.9]
[0.8,{"$nulls":6},0.8,{"$nulls":6},0.8]
[0.7,{"$nulls":6},0.7,{"$nulls":6},0.7]
[0.6,{"$nulls":6},0.6,{"$nulls":6},0.6]
[0.5,{"$nulls":6},0.5,{"$nulls":6},0.5]
[0.4,{"$nulls":6},0.4,{"$nulls":6},0.4]
[0.3,{"$nulls":6},0.3,{"$nulls":6},0.3]
[0.2,{"$nulls":6},0.2,{"$nulls":6},0.2]
[0.1,{"$nulls":6},0.1,{"$nulls":6},0.1]
["2 Cycle Time Frame",{"$nulls":6},"2 Cycle Time Frame",{"$nulls":6},"2 Cycle Time Frame"]
[0.9,{"$nulls":6},0.9,{"$nulls":6},0.9]
[0.8,{"$nulls":6},0.8,{"$nulls":6},0.8]
[0.7,{"$nulls":6},0.7,{"$nulls":6},0.7]
[0.6,{"$nulls":6},0.6,{"$nulls":6},0.6]
[0.5,{"$nulls":6},0.5,{"$nulls":6},0.5]
[0.4,{"$nulls":6},0.4,{"$nulls":6},0.4]
[0.3,{"$nulls":6},0.3,{"$nulls":6},0.3]
[0.2,{"$nulls":6},0.2,{"$nulls":6},0.2]
[0.1,{"$nulls":6},0.1,{"$nulls":6},0.1]
["3 Cycle Time Frame",{"$nulls":6},"3 Cycle Time Frame",{"$nulls":6},"3 Cycle Time Frame"]
[0.9,{"$nulls":6},0.9,{"$nulls":6},0.9]
[0.8,{"$nulls":6},0.8,{"$nulls":6},0.8]
[0.7,{"$nulls":6},0.7,{"$nulls":6},0.7]
[0.6,{"$nulls":6},0.6,{"$nulls":6},0.6]
[0.5,{"$nulls":6},0.5,{"$nulls":6},0.5]
[0.4,{"$nulls":6},0.4,{"$nulls":6},0.4]
[0.3,{"$nulls":6},0.3,{"$nulls":6},0.3]
[0.2,{"$nulls":6},0.2,{"$nulls":6},0.2]
[0.1,{"$nulls":6},0.1,{"$nulls":6},0.1]
["5 Cycle Time Frame",{"$nulls":6},"5 Cycle Time Frame",{"$nulls":6},"5 Cycle Time Frame"]
[0.9,{"$nulls":6},0.9,{"$nulls":6},0.9]
[0.8,{"$nulls":6},0.8,{"$nulls":6},0.8]
[0.7,{"$nulls":6},0.7,{"$nulls":6},0.7]
[0.6,{"$nulls":6},0.6,{"$nulls":6},0.6]
[0.5,{"$nulls":6},0.5,{"$nulls":6},0.5]
[0.4,{"$nulls":6},0.4,{"$nulls":6},0.4]
[0.3,{"$nulls":6},0.3,{"$nulls":6},0.3]
[0.2,{"$nulls":6},0.2,{"$nulls":6},0.2]
[0.1,{"$nulls":6},0.1,{"$nulls":6},0.1]
[]
[]
["Generating Facility Name",null,null,"Fault Type",{"$nulls":3},"Generating Facility Name",null,null,"Fault Type",{"$nulls":3},"Generating Facility Name",null,null,"Fault Type"]
["Positive Sequence Voltage (pu)","Positive Sequence Current (pu)","Negative Sequence Current (pu)","Positive Sequence Power Factor Angle (deg)","Negative Sequence Power Factor Angle (deg)",null,null,"Positive Sequence Voltage (pu)","Positive Sequence Current (pu)","Negative Sequence Current (pu)","Positive Sequence Power Factor Angle (deg)","Negative Sequence Power Factor Angle (deg)",null,null,"Positive Sequence Voltage (pu)","Positive Sequence Current (pu)","Negative Sequence Current (pu)","Positive Sequence Power Factor Angle (deg)","Negative Sequence Power Factor Angle (deg)"]
["1 Cycle Time Frame",{"$nulls":6},"1 Cycle Time Frame",{"$nulls":6},"1 Cycle Time Frame"]
[0.9,{"$nulls":6},0.9,{"$nulls":6},0.9]
[0.8,{"$nulls":6},0.8,{"$nulls":6},0.8]
[0.7,{"$nulls":6},0.7,{"$nulls":6},0.7]
[0.6,{"$nulls":6},0.6,{"$nulls":6},0.6]
[0.5,{"$nulls":6},0.5,{"$nulls":6},0.5]
[0.4,{"$nulls":6},0.4,{"$nulls":6},0.4]
[0.3,{"$nulls":6},0.3,{"$nulls":6},0.3]
[0.2,{"$nulls":6},0.2,{"$nulls":6},0.2]
[0.1,{"$nulls":6},0.1,{"$nulls":6},0.1]
["2 Cycle Time Frame",{"$nulls":6},"2 Cycle Time Frame",{"$nulls":6},"2 Cycle Time Frame"]
[0.9,{"$nulls":6},0.9,{"$nulls":6},0.9]
[0.8,{"$nulls":6},0.8,{"$nulls":6},0.8]
[0.7,{"$nulls":6},0.7,{"$nulls":6},0.7]
[0.6,{"$nulls":6},0.6,{"$nulls":6},0.6]
[0.5,{"$nulls":6},0.5,{"$nulls":6},0.5]
[0.4,{"$nulls":6},0.4,{"$nulls":6},0.4]
[0.3,{"$nulls":6},0.3,{"$nulls":6},0.3]
[0.2,{"$nulls":6},0.2,{"$nulls":6},0.2]
[0.1,{"$nulls":6},0.1,{"$nulls":6},0.1]
["3 Cycle Time Frame",{"$nulls":6},"3 Cycle Time Frame",{"$nulls":6},"3 Cycle Time Frame"]
[0.9,{"$nulls":6},0.9,{"$nulls":6},0.9]
[0.8,{"$nulls":6},0.8,{"$nulls":6},0.8]
[0.7,{"$nulls":6},0.7,{"$nulls":6},0.7]
[0.6,{"$nulls":6},0.6,{"$nulls":6},0.6]
[0.5,{"$nulls":6},0.5,{"$nulls":6},0.5]
[0.4,{"$nulls":6},0.4,{"$nulls":6},0.4]
[0.3,{"$nulls":6},0.3,{"$nulls":6},0.3]
[0.2,{"$nulls":6},0.2,{"$nulls":6},0.2]
[0.1,{"$nulls":6},0.1,{"$nulls":6},0.1]
["5 Cycle Time Frame",{"$nulls":6},"5 Cycle Time Frame",{"$nulls":6},"5 Cycle Time Frame"]
[0.9,{"$nulls":6},0.9,{"$nulls":6},0.9]
[0.8,{"$nulls":6},0.8,{"$nulls":6},0.8]
[0.7,{"$nulls":6},0.7,{"$nulls":6},0.7]
[0.6,{"$nulls":6},0.6,{"$nulls":6},0.6]
[0.5,{"$nulls":6},0.5,{"$nulls":6},0.5]
[0.4,{"$nulls":6},0.4,{"$nulls":6},0.4]
[0.3,{"$nulls":6},0.3,{"$nulls":6},0.3]
[0.2,{"$nulls":6},0.2,{"$nulls":6},0.2]
[0.1,{"$nulls":6},0.1,{"$nulls":6},0.1]

{"sheet":"II. Technical Validation","index":3,"n_rows":7,"n_cols":7,"rows_kept":7,"merged":[[0,0,0,5],[1,0,4,2],[5,0,5,5]]}
[{"$f":"Instructions!C10","v":0}]
[]
[]
[]
[]
["Data Error/Warning"]
["Type","Data Section","Data Item","Error/Warning Description","Entered Value","Suggested Changes","IC Explanation Regarding the Warning"]

{"sheet":"III. Power Flow Model","index":4,"n_rows":220,"n_cols":71,"rows_kept":220,"merged":[[0,0,0,12],[1,0,1,12],[2,0,2,3],[2,4,30,7],[32,0,32,2],[32,4,32,8],[37,4,37,8],[39,0,39,2],[39,4,39,9],[46,4,46,8],[48,0,48,2],[48,4,48,6],[56,0,56,1],[56,4,56,5],[58,7,63,10],[65,0,65,16],[75,0,75,6],[97,0,97,9],[146,0,146,10],[167,0,167,3],[178,0,178,5],[193,0,193,5],[219,0,221,4],[219,5,221,7]]}
[{"$f":"Instructions!C10","v":0}]
["Project Connectivity",{"$nulls":17},"Hidden calculations",{"$nulls":50},1.05,0.95]
["Buses",{"$nulls":3},"\nSample One-Line Diagram"]
[null,"Bus Name","Bus Voltage","Bus No"]
["Point of Interconnection",null,{"$f":"'I. Project Configuration'!F368","v":0},1]
[]
["High Side of GSU",null,{"$f":"C5","v":0},2]
[]
["Low Side of GSU 1",null,{"$f":"'I. Project Configuration'!G297","v":0},3]
["Low Side of GSU 2",null,null,4]
["Low Side of GSU 3",null,null,5]
[]
["Feeder 1",null,{"$f":"IF(ISBLANK('I. Project Configuration'!F$411),\"\",'I. Project Configuration'!F$411)","v":""},6]
["Feeder 2",null,{"$f":"IF(ISBLANK('I. Project Configuration'!G$411),\"\",'I. Project Configuration'!G$411)","v":""},7]
["Feeder 3",null,{"$f":"IF(ISBLANK('I. Project Configuration'!H$411),\"\",'I. Project Configuration'!H$411)","v":""},8]
["Feeder 4",null,{"$f":"IF(ISBLANK('I. Project Configuration'!I$411),\"\",'I. Project Configuration'!I$411)","v":""},9]
["Feeder 5",null,{"$f":"IF(ISBLANK('I. Project Configuration'!J$411),\"\",'I. Project Configuration'!J$411)","v":""},10]
[]
["EQ Gen 1",null,null,15]
["EQ Gen 2",null,null,16]
["EQ Gen 3",null,null,17]
["EQ Gen 4",null,null,18]
["EQ Gen 5",null,null,19]
[]
["For three winding transformers"]
["Tertiary Winding Bus 1",null,null,31]
["Tertiary Winding Bus 2",null,null,32]
["Tertiary Winding Bus 3",null,null,33]
["Internal Bus 1",null,null,41]
["Internal Bus 2",null,null,42]
["Internal Bus 3",null,null,43]
[]
["Gen-Tie Lines",{"$nulls":3},"Main GSU"]
[null,"From Bus Name","To Bus Name",null,null,"From Bus Name","To Bus Name","Tertiary Bus Name (if 3-winding)","Internal Bus Name (if 3-winding)"]
[]
[]
[]
[{"$nulls":4},"If LTC, please specify the From Bus being the winding with load tap changer."]
[]
["Equivalent Collector Lines",{"$nulls":3},"Equivalent Pad Mount Transformer"]
[null,"From Bus Name","To Bus Name",null,null,"No. of Transformers","From Bus Name","To Bus Name","Tertiary Bus Name (if 3-winding)","Internal Bus Name (if 3-winding)"]
[{"$nulls":18},{"$f":"SUMIF(epcPadMt,E42,$F$42:$F$46)","v":0},{"$f":"_xlfn.IFNA(HLOOKUP(E42,'I. Project Configuration'!$F$288:$N$289,2,FALSE),0)+_xlfn.IFNA(HLOOKUP(E42,'I. Project Configuration'!$F$322:$N$323,2,FALSE),0)","v":0}]
[{"$nulls":18},{"$f":"SUMIF(epcPadMt,E43,$F$42:$F$46)","v":0},{"$f":"_xlfn.IFNA(HLOOKUP(E43,'I. Project Configuration'!$F$288:$N$289,2,FALSE),0)+_xlfn.IFNA(HLOOKUP(E43,'I. Project Configuration'!$F$322:$N$323,2,FALSE),0)","v":0}]
[{"$nulls":18},{"$f":"SUMIF(epcPadMt,E44,$F$42:$F$46)","v":0},{"$f":"_xlfn.IFNA(HLOOKUP(E44,'I. Project Configuration'!$F$288:$N$289,2,FALSE),0)+_xlfn.IFNA(HLOOKUP(E44,'I. Project Configuration'!$F$322:$N$323,2,FALSE),0)","v":0}]
[{"$nulls":18},{"$f":"SUMIF(epcPadMt,E45,$F$42:$F$46)","v":0},{"$f":"_xlfn.IFNA(HLOOKUP(E45,'I. Project Configuration'!$F$288:$N$289,2,FALSE),0)+_xlfn.IFNA(HLOOKUP(E45,'I. Project Configuration'!$F$322:$N$323,2,FALSE),0)","v":0}]
[{"$nulls":18},{"$f":"SUMIF(epcPadMt,E46,$F$42:$F$46)","v":0},{"$f":"_xlfn.IFNA(HLOOKUP(E46,'I. Project Configuration'!$F$288:$N$289,2,FALSE),0)+_xlfn.IFNA(HLOOKUP(E46,'I. Project Configuration'!$F$322:$N$323,2,FALSE),0)","v":0}]
[{"$nulls":4},"If LTC, please specify the From Bus being the winding with load tap changer."]
[]
["(Equivalent) Generators",{"$nulls":3},"Aux Load"]
[null,"No. of Individual Units","Bus Name",null,null,"Bus Name","MW"]
[{"$nulls":18},{"$f":"SUMIF(A$51:A$55,A51,B$51:B$55)","v":0},{"$f":"HLOOKUP(A51,SectionII,9,FALSE)","v":{"$error":"#N/A"}}]
[{"$nulls":6},{"$f":"'I. Project Configuration'!F6-'III. Power Flow Model'!G51","v":0},{"$nulls":11},{"$f":"SUMIF(A$51:A$55,A52,B$51:B$55)","v":0},{"$f":"HLOOKUP(A52,SectionII,9,FALSE)","v":{"$error":"#N/A"}}]
[{"$nulls":18},0,{"$f":"HLOOKUP(A53,SectionII,9,FALSE)","v":{"$error":"#N/A"}}]
[{"$nulls":4},"Area","Zone",{"$nulls":12},0,{"$f":"HLOOKUP(A54,SectionII,9,FALSE)","v":{"$error":"#N/A"}}]
[{"$nulls":4},1,100,{"$nulls":12},0,{"$f":"HLOOKUP(A55,SectionII,9,FALSE)","v":{"$error":"#N/A"}}]
[]
["Shunt Capacitors",{"$nulls":3},"SVD"]
[null,"Bus Name",{"$nulls":3},"Bus Name",null,"Disclaimer"]
[{"$nulls":7},"This EPC tool helps to create an initial draft of the power flow models from project configuration data. It does not fit all project configurations. Use discretion when using the tool. The power flow models may be created without using the tool.\n\nThe models shall be tuned with GE PSLF software to accurately represent all generating and interconnection facilities and produce desired MW injection at the Point of Interconnection."]
[]
[]
[]
[]
[]
[]
["Please Review Bus Parameters"]
["Data","Description"]
["BUS NO","Bus number (integer from 1 to 9999999)",{"$nulls":16},{"$f":"COUNTA(C68:Q68)","v":0},"@@@@@@","BUS NO",0]
["BUS NAME","Bus name, an alphanumeric string containing 1 to 12 characters and at least one non-numeric character within quotation marks",{"$nulls":17},"!@@@@@@@@@@@@","BUS NAME",1]
["BUS KV","Base kV voltage",{"$nulls":17},"##0.0##","BUS KV",2]
["TYPE","bus type: \n0 for swing bus; \n1 for unconstrained bus (PQ bus); \n2 for generator bus (PV bus); \n-2 for generator bus with reactive power limits disabled.",{"$nulls":17},"0","TYPE",3]
["VSCHED","Scheduled voltage",{"$nulls":17},"0.00","VSCHED",4]
["VMAX","maximum bus voltage",{"$nulls":17},"0.00","VMAX",5]
["VMIN","minimum bus voltage",{"$nulls":17},"0.00","VMIN",6]
[]
["Please Review Generator Parameters"]
["Data","Description"]
["BUS NO","Bus number (integer from 1 to 9999999)",{"$nulls":16},{"$f":"COUNTA(C78:G78)","v":0},"@@@@@@","BUS NO",0]
["BUS NAME","Bus name, an alphanumeric string containing 1 to 12 characters and at least one non-numeric character within quotation marks",{"$nulls":17},"!@@@@@@@@@@@@","BUS NAME",1]
["BUS KV","Base kV voltage",{"$nulls":17},"##0.###","BUS KV",2]
["ID","generator id",{"$nulls":17},"!@@","ID",3]
["LONG ID","Long identifier",{"$nulls":17},"!@@@@@@@@@@@@@@@","LONG ID",4]
["STATUS","Generator status 1=in service; 0=out of service",{"$nulls":17},"0","STATUS",5]
["REGULATING BUS NO","The bus number this generator will regulate the voltage for",{"$nulls":17},"@@@@@@","REGULATING BUS NO",6]
["REGULATING BUS NAME","The bus name this generator will regulate the voltage for",{"$nulls":17},"!@@@@@@@@@@@@","REGULATING BUS NAME",7]
["REGULATING BUS kV","The bus voltage this generator will regulate the voltage for",{"$nulls":17},"##0.###","REGULATING BUS kV",8]
["PGEN","real power output",{"$nulls":16},{"$f":"SUM(C87:C91)","v":0},"##0.##","PGEN",9]
["PMAX","max real power output to achieve requested MW at POI",{"$nulls":17},"##0.##","PMAX",10]
["PMIN","min real power output",{"$nulls":17},"##0.##","PMIN",11]
["QGEN","reactive power output",{"$nulls":17},"##0.##","QGEN",12]
["QMAX","max reactive power output",{"$nulls":17},"##0.##","QMAX",13]
["QMIN","min reactive power output",{"$nulls":17},"##0.##","QMIN",14]
["MVA BASE","generator MVA base",{"$nulls":17},"##0.##","MVA BASE",15]
["BASE LOAD FLAG","=0 pgen response to frequency change;\n=1 pgen can't be increased;\n=2 pgen can't be increased or decreased",{"$nulls":17},"0","BASE LOAD FLAG",16]
["TURBINE TYPE","type of turbine",{"$nulls":17},"##","TURBINE TYPE",17]
["PMAX2","used to save rated MW",{"$nulls":17},"##0.##","PMAX2",18]
[]
["Please Review Transformer Parameters"]
["Data","Description",{"$nulls":16},{"$f":"COUNTA(C99:J99)","v":0}]
["H Bus No","H winding bus number",{"$nulls":17},"@@@@@@","H Bus No",0]
["H Bus Name","H winding bus name",{"$nulls":17},"!@@@@@@@@@@@@","H Bus Name",1]
["H Bus kV","H winding bus voltage",{"$nulls":17},"##0.0##","H Bus kV",2]
["X Bus No","X winding bus number",{"$nulls":17},"@@@@@@","X Bus No",3]
["X Bus Name","X winding bus name",{"$nulls":17},"!@@@@@@@@@@@@","X Bus Name",4]
["X Bus kV","X winding bus voltage",{"$nulls":17},"##0.0##","X Bus kV",5]
["ck id","circuit id",{"$nulls":17},"!@@","ck id",6]
["long id","long identifier",{"$nulls":17},"!@@@@@@@@@@@@@@@","long id",7]
["status","status",{"$nulls":17},"0","status",8]
["type","1 or 11: no control;\n2 or 12: control voltage by adjsuting voltage tap ratio",{"$nulls":17},"##","type",9]
["Reg Bus No","regulated bus number",{"$nulls":17},"@@@@@@","Reg Bus No",10]
["Reg Bus Name","regulated bus name",{"$nulls":17},"!@@@@@@@@@@@@","Reg Bus Name",11]
["Reg Bus kV","regulated bus kV",{"$nulls":17},"##0.0##","Reg Bus kV",12]
["Y Bus No","Y winding bus number",{"$nulls":17},"@@@@@@","Y Bus No",13]
["Y Bus Name","Y winding bus name",{"$nulls":17},"!@@@@@@@@@@@@","Y Bus Name",14]
["Y Bus kV","Y winding kV",{"$nulls":17},"##0.0##","Y Bus kV",15]
["Internal Bus No","internal bus number",{"$nulls":17},"@@@@@@","Internal Bus No",16]
["Internal Bus Name","internal bus name",{"$nulls":17},"!@@@@@@@@@@@@","Internal Bus Name",17]
["Internal Bus kV","internal bus kV",{"$nulls":17},"##0.0##","Internal Bus kV",18]
["MVA Base","H-X MVA base",{"$nulls":17},"##0.##","MVA Base",19]
["H-X r","H-X resistance",{"$nulls":17},"#0.##########","H-X r",20]
["H-X x","H-Y reactance",{"$nulls":17},"#0.##########","H-X x",21]
["H-Y r","H-Y resistance",{"$nulls":17},"#0.##########","H-Y r",22]
["H-Y x","H-Y reactance",{"$nulls":17},"#0.##########","H-Y x",23]
["X-Y r","X-Y resistance",{"$nulls":17},"#0.##########","X-Y r",24]
["X-Y x","X-Y reactance",{"$nulls":17},"#0.##########","H-Y x",25]
["H Bus Nominal kV","H winding nominal voltage",{"$nulls":17},"##0.0##","H Bus Nominal kV",26]
["X Bus Nominal kV","X winding nominal voltage",{"$nulls":17},"##0.0##","X Bus Nominal kV",27]
["Y Bus Nominal kV","Y winding nominal voltage",{"$nulls":17},"##0.0##","Y Bus Nominal kV",28]
["Rating 1","H winding normal rating",{"$nulls":17},"###0.##","Rating 1",29]
["Rating 2","H winding emergency rating",{"$nulls":17},"###0.##","Rating 2",30]
["max tap","maximum TCUL ratio",{"$nulls":17},"0.###","max tap",31]
["min tap","minimum TCUL ratio",{"$nulls":17},"0.###","min tap",32]
["max v","maximum voltage at controlled bus",{"$nulls":17},"0.0##","max v",33]
["min v","minimum voltage at controlled bus",{"$nulls":17},"0.0##","min v",34]
["tap step size","TCUL step",{"$nulls":17},"0.###","tap step size",35]
["variable tap","TCUL tap position (H winding)",{"$nulls":17},"0.###","variable tap",36]
["H fixed tap","H winding fixed tap position",{"$nulls":17},"0.###","H fixed tap",37]
["X fixed tap","X winding fixed tap position",{"$nulls":17},"0.###","X fixed tap",38]
["Y fixed tap","Y winding fixed tap position",{"$nulls":17},"0.###","Y fixed tap",39]
["H-Y MVA Base","H-Y MVA Base",{"$nulls":17},"###0.##","H-Y MVA Base",40]
["X-Y MVA Base","X-Y MVA Base",{"$nulls":17},"###0.##","X-Y MVA Base",41]
["X rating 1","X winding normal rating",{"$nulls":17},"###0.##","X rating 1",42]
["X rating 2","X winding emergency rating",{"$nulls":17},"###0.##","X rating 2",43]
["Y rating 1","Y winding normal rating",{"$nulls":17},"###0.##","Y rating 1",44]
["Y rating 2","Y winding emergency rating",{"$nulls":17},"###0.##","Y rating 2",45]
[]
["Please Review Line Parameters"]
["Data","Description"]
["From Bus No","line from bus No.",{"$nulls":16},{"$f":"COUNTA(C149:J149)","v":0},"@@@@@@","From Bus No",0]
["From Bus Name","line from bus Name.",{"$nulls":17},"!@@@@@@@@@@@@","From Bus Name",1]
["From Bus kV","line from bus kV.",{"$nulls":17},"##0.0##","From Bus kV",2]
["To Bus No","line to bus No.",{"$nulls":17},"@@@@@@","To Bus No",3]
["To Bus Name","line to bus Name.",{"$nulls":17},"!@@@@@@@@@@@@","To Bus Name",4]
["To Bus kV","line to bus kV.",{"$nulls":17},"##0.0##","To Bus kV",5]
["ck id","circuit id",{"$nulls":17},"!@@","ck id",6]
["seg id","section number",{"$nulls":17},"!@@","seg id",7]
["long id","long identifier",{"$nulls":17},"!@@@@@@@@@@@@@@@","long id",8]
["status","status",{"$nulls":17},0,"status",9]
["R","line section resistance",{"$nulls":17},"#0.0#########","R",10]
["X","line section reactance",{"$nulls":17},"#0.0#########","X",11]
["B","section total charging sequence",{"$nulls":17},"#0.0#########","B",12]
["MVA rating 1","summer normal rating",{"$nulls":17},"###0.####","MVA rating 1",13]
["MVA rating 2","summer emergency rating",{"$nulls":17},"###0.####","MVA rating 2",14]
["MVA rating 3","winter normal rating",{"$nulls":17},"###0.####","MVA rating 3",15]
["MVA rating 4","winter emergency rating",{"$nulls":17},"###0.####","MVA rating 4",16]
["line length","line length",{"$nulls":17},"##0.0#","MVA rating 3",17]
[]
["Please Review Load Parameters"]
["Data","Description"]
["Bus No","load bus No.",{"$nulls":16},{"$f":"COUNTA(C170:G170)","v":0},"@@@@@@","Bus No",0]
["Bus Name","load bus name",{"$nulls":17},"!@@@@@@@@@@@@","Bus Name",1]
["Bus kV","load bus voltage",{"$nulls":17},"##0.0##","Bus kV",2]
["load id","load id",{"$nulls":17},"!@@","load id",3]
["long id","long identifier",{"$nulls":17},"!@@@@@@@@@@@@@@@","long id",4]
["status","status",{"$nulls":17},"0","status",5]
["MW","constant MVA real power load",{"$nulls":17},"##0.0#","MW",6]
["MVAR","constant MVA reactive power load",{"$nulls":17},"##0.0#","MVAR",7]
[]
["Please Review Shunt Capacitor Parameters"]
["Data","Description"]
["From Bus No","from bus No.",{"$nulls":16},{"$f":"COUNTA(C181:G181)","v":0},"@@@@@@","From Bus No",0]
["From Bus Name","from bus Name.",{"$nulls":17},"!@@@@@@@@@@@@","From Bus Name",1]
["From Bus kV","from bus kV.",{"$nulls":17},"##0.0##","From Bus kV",2]
["To Bus No","to bus No. or -1",{"$nulls":17},"@@@@@@","To Bus No",3]
["To Bus Name","to bus Name.",{"$nulls":17},"!@@@@@@@@@@@@","To Bus Name",4]
["To Bus kV","to bus kV.",{"$nulls":17},"##0.0##","To Bus kV",5]
["ck id","shunt id",{"$nulls":17},"!@@","ck id",6]
["seg id","section number",{"$nulls":17},"!@@","section number",7]
["long id","long identifier",{"$nulls":17},"!@@@@@@@@@@@@@@@","long id",8]
["status","status",{"$nulls":17},"0","status",9]
["g","actual shunt conductance (per unit)",{"$nulls":17},"#0.0###","g",10]
["b","actual shunt susceptance (per unit)",{"$nulls":17},"#0.0###","b",11]
[]
["Please Enter SVD Parameters"]
["Data","Description"]
["Bus No","bus No.",{"$nulls":16},{"$f":"COUNTA(C196:G196)","v":0},"@@@@@@","Bus No",0]
["Bus Name","bus Name.",{"$nulls":17},"!@@@@@@@@@@@@","Bus Name",1]
["Bus kV","bus kV.",{"$nulls":17},"##0.0##","Bus kV",2]
["id","SVD id",{"$nulls":17},"!@@","id",3]
["long id","long identifier",{"$nulls":17},"!@@@@@@@@@@@@@@@","long id",4]
["status","status",{"$nulls":17},"0","status",5]
["type","1: switched stepwise and conitnuous control\n2: continuous control\n3: all-or-nothing full on/off control\n4: swithced stepwise control only",{"$nulls":17},"0","type",6]
["Reg Bus No","regulated bus number",{"$nulls":17},"@@@@@@","Reg Bus No",7]
["Reg Bus Name","regulated bus name",{"$nulls":17},"!@@@@@@@@@@@@","Reg Bus Name",8]
["Reg Bus kV","regulated bus kV",{"$nulls":17},"##0.0##","Reg Bus kV",9]
["g","constant real per unit admittance",{"$nulls":17},"#0.0###","g",10]
["b","user-specified per unit susceptance",{"$nulls":17},"#0.0###","b",11]
["vband","bandwidth/2 of voltage control deadband",{"$nulls":17},"#0.0###","vband",12]
["bmin","minimum B of continuous element in p.u.",{"$nulls":17},"#0.0###","bmin",13]
["bmax","maximum B of continuous element in p.u.",{"$nulls":17},"#0.0###","bmax",14]
["nstep-1","number  of equal admittance step in the first switched element",{"$nulls":17},"00","nstep-1",15]
["bstep-1","susceptance of each step in the first switched element ",{"$nulls":17},"#0.0###","bstep-1",16]
["nstep-2","number  of equal admittance step in the second switched element",{"$nulls":17},"00","nstep-2",17]
["bstep-2","susceptance of each step in the second switched element ",{"$nulls":17},"#0.0###","bstep-2",18]
["vrefmin","voltage reference minimum, p.u.",{"$nulls":17},"#0.0###","vrefmin",19]
["verfmax","voltage reference maximum, p.u.",{"$nulls":17},"#0.0###","verfmax",20]
[]
[]
[]
[{"$nulls":5},"Tip: While .epc entries are created below, it also prepares header on the dynamic model tab and wipe out existing data from dynamic model tab. It is recommended that you complete the epc model first, then work on the dynamic model. "]

{"sheet":"IV. Dynamic Model","index":5,"n_rows":200,"n_cols":18,"rows_kept":200,"merged":[[0,0,0,9],[1,0,1,5],[1,11,1,17],[8,7,19,9],[21,6,22,6],[23,0,23,5],[24,7,24,8],[25,7,36,9],[36,6,39,6],[40,6,42,6],[81,6,82,6],[83,0,83,5],[83,7,83,8],[84,7,95,9],[119,2,143,5],[119,6,143,6],[146,0,146,5],[147,6,148,9],[148,11,148,12],[148,13,148,17],[174,0,174,5],[176,11,176,12],[176,13,176,17],[177,6,178,9],[201,0,204,5]]}
[{"$f":"Instructions!C10","v":0}]
["Generator Model",{"$nulls":5},"Comment",{"$nulls":4},"Do Not Write"]
["Generator",{"$nulls":10},{"$f":"COUNTA(B3:F3)","v":0}]
["Generator Bus"]
["Model Name"]
["mva"]
["lvplsw"]
["rrpwr",{"$nulls":6},"Disclaimer"]
["brkpt",{"$nulls":6},"This DYD tool helps to create an initial draft of several commonly used dynamic models for inverter based generators. It does not inclue all the models comprehensively. Use discretion when using the tool. The models that are not supported by the tool must be created without using the tool.\n\nThe models shall be tested with GE PSLF software.\n\nThe PRC-024 verification tool is for a quick check of the frequency/voltage ride-through settings. It shall not be interpreted as PRC-024 compliance indicator."]
["zerox"]
["lvpl1"]
["vtmax"]
["lvpnt1"]
["lvpnt0"]
["qmin"]
["accel"]
["tg"]
["tfltr"]
["iqrmax"]
["iqrmin"]
["xe"]
[]
[]
["Electrical Control Model"]
["Generator",{"$nulls":6},"Guideline for Electrical Control Model"]
["Model Name",{"$nulls":6},"Use reec_a for wind and solar PV.\nUse reec_c for battery.\nUse reec_a for DC-coupled solar and battery not charging from the grid.\nUse reec_c for DC-coupled solar and battery charging from the grid.\n"]
["mvab",{"$nulls":5},"use regc_a mva base"]
["vdip"]
["vup"]
["trv"]
["dbd1"]
["dbd2"]
["kqv"]
["iqh1"]
["iql1"]
["vref0"]
["SOCini",{"$nulls":5},"reec_c only; skip if not reec_c; "]
["SOCmax"]
["SOCmin"]
["T"]
["iqfrz",{"$nulls":5},"reec_a only; skip if not reec_a"]
["thld"]
["thld2"]
["tp"]
["qmax"]
["qmin"]
["vmax"]
["vmin"]
["kqp"]
["kqi"]
["kvp"]
["kvi"]
["vref1",{"$nulls":5},"reec_a only; skip if not reec_a"]
["tiq"]
["dpmax"]
["dpmin"]
["pmax"]
["pmin"]
["imax"]
["tpord"]
["pfflag",{"$nulls":5},"=1: power factor control"]
["vflag",{"$nulls":5},"=1: Q control"]
["qflag",{"$nulls":5},"=1: voltage control"]
["pflag",{"$nulls":5},"reec_a only; skip if not reec_a"]
["pqflag",{"$nulls":5},"=0: Q priority; =1: P priority"]
["vq1"]
["iq1"]
["vq2"]
["iq2"]
["vq3"]
["iq3"]
["vq4"]
["iq4"]
["vp1"]
["ip1"]
["vp2"]
["ip2"]
["vp3"]
["ip3"]
["vp4"]
["ip4"]
[]
[]
["Plant Control Model",{"$nulls":6},"Guideline for Plant Control Model"]
["Generator",{"$nulls":6},"Use repc_a to control single generator.\nUse repc_b to control multiple generators or model plant level power factor control.\n\nREPC_B parameters are on 100MVA base, not the generator MVA base.\nOnly one REPC_B model is needed. Please use REPC_B under the first generators. All generators will be put on the same REPC_B model. The rest of the columns will be ignored."]
["Model Name"]
["monitored bus",{"$nulls":5},"must enter"]
["monitored branch",{"$nulls":5},"must enter"]
["mvab",{"$nulls":5},"use regc_a mva base for repc_a"]
["tfltr"]
["kp"]
["ki"]
["tft"]
["tfv"]
["refflg"]
["vfrz"]
["rc"]
["xc"]
["kc"]
["vcmpflg"]
["emax"]
["emin"]
["dbd"]
["qmax"]
["qmin"]
["kpg"]
["kig"]
["tp"]
["fdbd1"]
["fdbd2"]
["femax"]
["femin"]
["pmax"]
["pmin"]
["tlag"]
["ddn"]
["dup"]
["frqflg"]
["puflag",{"$nulls":5},"repc_a only"]
["bus1",{"$nulls":5},"repc_b only;"]
["id1"]
["kw1"]
["kz1"]
["tw1"]
["bus2"]
["id2"]
["kw2"]
["kz2"]
["tw2"]
["bus3"]
["id3"]
["kw3"]
["kz3"]
["tw3"]
["bus4"]
["id4"]
["kw4"]
["kz4"]
["tw4"]
["bus5"]
["id5"]
["kw5"]
["kz5"]
["tw5"]
[]
[]
["Frequency Ride-Through Model"]
["Generator",{"$nulls":5},"PRC-024 Verification (Dots should be outside the PRC-024 boundary)"]
["Model Name",{"$nulls":10},"PRC-024",null,"dftrp"]
["monitored bus",{"$nulls":10},"Time","Frequency",{"$f":"B148","v":0},{"$f":"C148","v":0},{"$f":"D148","v":0},0,0]
["fref",{"$nulls":10},0,61.7]
["dftrp1",{"$nulls":10},30,61.7,{"$f":"IF(AND(B152=0,B162=0),\"\",B152+B$151)","v":""},{"$f":"IF(AND(C152=0,C162=0),\"\",C152+C$151)","v":""},{"$f":"IF(AND(D152=0,D162=0),\"\",D152+D$151)","v":""},{"$f":"IF(AND(E152=0,E162=0),\"\",E152+E$151)","v":""},{"$f":"IF(AND(F152=0,F162=0),\"\",F152+F$151)","v":""}]
["dftrp2",{"$nulls":10},30,61.6,{"$f":"IF(AND(B153=0,B163=0),\"\",B153+B$151)","v":""},{"$f":"IF(AND(C153=0,C163=0),\"\",C153+C$151)","v":""},{"$f":"IF(AND(D153=0,D163=0),\"\",D153+D$151)","v":""},"",""]
["dftrp3",{"$nulls":10},180,61.6,{"$f":"IF(AND(B154=0,B164=0),\"\",B154+B$151)","v":""},"","","",""]
["dftrp4",{"$nulls":10},180,60.6,"","","","",""]
["dftrp5",{"$nulls":10},200,60.6,"","","","",""]
["dftrp6",{"$nulls":10},200,59.4,"","","","",""]
["dftrp7",{"$nulls":10},180,59.4,"","","","",""]
["dftrp8",{"$nulls":10},180,58.4,"","","","",""]
["dftrp9",{"$nulls":10},30,58.4,"","","","",""]
["dftrp10",{"$nulls":10},30,57.8,"","","","",""]
["dttrp1",{"$nulls":10},7.5,57.8]
["dttrp2",{"$nulls":10},7.5,57.3]
["dttrp3",{"$nulls":10},0.75,57.3]
["dttrp4",{"$nulls":10},0.75,57]
["dttrp5",{"$nulls":10},0,57]
["dttrp6"]
["dttrp7"]
["dttrp8"]
["dttrp9"]
["dttrp10"]
["alarm"]
[]
[]
["Voltage Ride-Through Model"]
["Generator","Solar-BESS","BESS"]
["Model Name","lhvrt","lhvrt",{"$nulls":8},"PRC-024",null,"dvtrp"]
["monitored bus",{"$nulls":5},"PRC-024 Verification (Dots should be outside the PRC-024 boundary)",{"$nulls":4},"Time","Voltage",{"$f":"B176","v":"Solar-BESS"},{"$f":"C176","v":"BESS"},{"$f":"D176","v":0},0,0]
["vref",1,1,{"$nulls":8},0,1.2]
["dvtrp1",{"$nulls":10},0.2,1.2,{"$f":"IF(AND(B180=0,B190=0),\"\",B180+B$179)","v":""},{"$f":"IF(AND(C180=0,C190=0),\"\",C180+C$179)","v":""},"","",""]
["dvtrp2",{"$nulls":10},0.2,1.175,{"$f":"IF(AND(B181=0,B191=0),\"\",B181+B$179)","v":""},"","","",""]
["dvtrp3",{"$nulls":10},0.5,1.175,"","","","",""]
["dvtrp4",{"$nulls":10},0.5,1.15,"","","","",""]
["dvtrp5",{"$nulls":10},1,1.15,"","","","",""]
["dvtrp6",{"$nulls":10},1,1.1,"","","","",""]
["dvtrp7",{"$nulls":10},4,1.1,"","","","",""]
["dvtrp8",{"$nulls":10},4,0.9,"","","","",""]
["dvtrp9",{"$nulls":10},3,0.9,"","","","",""]
["dvtrp10",{"$nulls":10},3,0.75,"","","","",""]
["dttrp1",{"$nulls":10},2,0.75]
["dttrp2",{"$nulls":10},2,0.65]
["dttrp3",{"$nulls":10},0.3,0.65]
["dttrp4",{"$nulls":10},0.3,0.45]
["dttrp5",{"$nulls":10},0.15,0.45]
["dttrp6",{"$nulls":10},0.15,0]
["dttrp7",{"$nulls":10},0,0]
["dttrp8"]
["dttrp9"]
["dttrp10"]
["alarm"]

{"sheet":"V. IR Validation & Comments","index":6,"n_rows":191,"n_cols":16,"rows_kept":191,"merged":[[0,0,0,17],[1,0,1,8],[1,10,1,17],[2,0,5,8],[2,10,5,17],[6,0,7,2],[6,3,7,5],[6,6,7,8],[6,10,6,17],[7,11,7,12],[7,13,7,17],[8,0,9,8],[8,11,8,12],[8,13,8,17],[9,11,9,12],[9,13,9,17],[10,1,10,7],[10,11,10,12],[10,13,10,17],[11,1,11,7],[11,11,11,12],[11,13,11,17],[12,1,12,7],[12,11,12,12],[12,13,12,17],[13,1,13,7],[13,11,13,12],[13,13,13,17],[14,1,14,7],[14,11,14,12],[14,13,14,17],[15,1,15,7],[15,11,15,12],[15,13,15,17],[16,1,16,7],[16,10,16,17],[17,1,17,7],[17,10,17,17],[18,0,19,0],[18,1,19,7],[18,8,19,8],[18,11,18,12],[18,13,18,14],[18,15,18,17],[19,10,19,14],[19,15,19,17],[20,1,20,7],[20,10,31,17],[21,1,21,7],[22,1,22,7],[23,1,23,7],[24,1,24,7],[25,0,26,8],[27,1,27,7],[28,0,30,8],[31,0,32,0],[31,1,32,7],[31,8,32,8],[33,0,35,8],[33,10,33,17],[34,11,34,12],[34,13,34,14],[34,15,34,17],[35,10,35,14],[35,15,35,17],[36,1,36,7],[36,10,45,17],[37,0,39,8],[40,1,40,7],[41,0,43,8],[44,1,44,7],[45,0,47,8],[48,1,48,7],[48,11,48,12],[48,13,48,14],[48,15,48,17],[49,0,51,8],[49,10,49,14],[49,15,49,17],[50,10,59,17],[52,1,52,7],[53,0,55,8],[56,1,56,7],[57,0,59,8],[60,0,61,8],[62,1,62,7],[62,11,62,12],[62,13,62,14],[62,15,62,17],[63,0,65,8],[63,10,63,14],[63,15,63,17],[64,10,73,17],[66,0,67,8],[68,1,68,7],[69,0,71,8],[72,1,72,7],[73,0,75,8],[76,1,76,7],[76,11,76,12],[76,13,76,14],[76,15,76,17],[77,0,79,8],[77,10,77,14],[77,15,77,17],[78,10,87,17],[80,0,81,0],[80,1,81,7],[80,8,81,8],[82,0,84,8],[85,1,85,7],[86,0,88,8],[89,1,89,7],[90,0,92,8],[90,11,90,12],[90,13,90,14],[90,15,90,17],[91,10,91,14],[91,15,91,17],[92,10,101,17],[93,0,94,0],[93,1,94,7],[93,8,94,8],[95,0,97,8],[98,0,99,0],[98,1,99,7],[98,8,99,8],[100,0,102,8],[103,0,104,0],[103,1,104,7],[103,8,104,8],[104,11,104,12],[104,13,104,14],[104,15,104,17],[105,0,107,8],[105,10,105,14],[105,15,105,17],[106,10,115,17],[108,0,109,0],[108,1,109,7],[108,8,109,8],[110,0,112,8],[113,0,114,0],[113,1,114,7],[113,8,114,8],[115,0,117,8],[118,0,119,0],[118,1,119,7],[118,8,119,8],[118,11,118,12],[118,13,118,14],[118,15,118,17],[119,10,119,14],[119,15,119,17],[120,0,122,8],[120,10,129,17],[123,0,124,0],[123,1,124,7],[123,8,124,8],[125,0,127,8],[128,0,129,8],[130,0,131,0],[130,1,131,7],[130,8,131,8],[132,0,134,8],[132,11,132,12],[132,13,132,14],[132,15,132,17],[133,10,133,14],[133,15,133,17],[134,10,143,17],[135,1,135,7],[136,0,138,8],[139,0,140,0],[139,1,140,7],[139,8,140,8],[141,0,143,8],[144,0,145,0],[144,1,145,7],[144,8,145,8],[146,0,148,8],[146,11,146,12],[146,13,146,14],[146,15,146,17],[147,10,147,14],[147,15,147,17],[148,10,157,17],[149,1,149,7],[150,0,152,8],[153,1,153,7],[154,0,156,8],[157,0,158,8],[159,1,159,7],[160,0,162,8],[160,11,160,12],[160,13,160,14],[160,15,160,17],[161,10,161,14],[161,15,161,17],[162,10,171,17],[163,0,164,0],[163,1,164,7],[163,8,164,8],[165,0,167,8],[168,1,168,7],[169,0,171,8],[172,0,173,0],[172,1,173,7],[172,8,173,8],[174,0,176,8],[174,11,174,12],[174,13,174,14],[174,15,174,17],[175,10,175,14],[175,15,175,17],[176,10,185,17],[177,1,177,7],[178,0,180,8],[181,1,181,7],[182,0,184,8],[185,0,186,8],[187,1,187,7],[188,0,190,8],[188,11,188,12],[188,13,188,14],[188,15,188,17],[189,10,189,14],[189,15,189,17],[190,10,199,17]]}
[{"$f":"Instructions!C10","v":0}]
["Customer Confirmation & Validation Checklist",{"$nulls":9},"Comment & Validation Tracking"]
["The following section is intended for:\n1) the Interconnection Customer to review and ensure all items are included and tasks are complete prior to submitting this form for IR validation.\n2) the CAISO and PTO to review the data and attachments for completeness and sufficient to consider the IR valid.",{"$nulls":9},"The following section is intended to identify and track comments and recommendations to and from the parties involved in the IR Validation process.  \nDO NOT DELETE OR CHANGE PREVIOUS COMMENTS. "]
[]
[]
[]
["Customer Confirmation",null,null,"Objective is All Answers = Yes or N/A",null,null,"CAISO & PTO Review",{"$nulls":3},"Version Control:"]
[{"$nulls":10},"Date:","Reviewed By:",null,"Comment:"]
["Supporting Document Submittal Confirmation (see Instructions & I. Project Configuration Tabs for further details)"]
[]
["Choose","A completed application in the form of Appendix 1, Word doc including the Study agreement",{"$nulls":6},"Choose"]
["Choose","Authorized signatory document and state of incorporation for the IC's company",{"$nulls":6},"Choose"]
["Choose","Demonstration of Site Exclusivity or posting of a SE Deposit in lieu of",{"$nulls":6},"Choose"]
["Choose","A load flow model",{"$nulls":6},"Choose"]
["Choose","A dynamic data file",{"$nulls":6},"Choose"]
["Choose","A reactive power capability document",{"$nulls":6},"Choose"]
["Choose","Site Drawing showing POI AND Site Map with aerial imagery",{"$nulls":6},"Choose"]
["Choose","A single-line diagram",{"$nulls":6},"Choose",null,"Comments:"]
["Choose","A flat run plot and a bump test plot from the positive sequence transient stability simulation application",{"$nulls":6},"Choose",null,"Date:","mm/dd/yyyy",null,"Commenter Name:"]
[{"$nulls":10},"Representing:",{"$nulls":4},"Choose One"]
["Choose","A plot showing requested MW at the POI from the positive sequence load flow application",{"$nulls":6},"Choose",null,"Comment here:"]
["Choose",".kmz File (Google Earth)",{"$nulls":6},"Choose"]
["Choose","Manufacturer supporting data sheets provided for the generators/inverters",{"$nulls":6},"Choose"]
["Choose","Manufacturer supporting data provided for SCD characteristics",{"$nulls":6},"Choose"]
["Choose","Tower Configuration Diagram",{"$nulls":6},"Choose"]
["Attachment A, Consistency with Appendix 1 Data input, and Non-Technical Validation"]
[]
["Choose","Are data items 1~3 on Appendix 1 properly filled out? ",{"$nulls":6},"Choose"]
["Insert Notes Here:"]
[]
[]
["Choose","Does the Project name meet CAISO and PTO criteria? \n(Ensure compliance with GIDAP BPM Section 5.2 & is not on the Prohibited Project Names List)",{"$nulls":6},"Choose"]
[]
["Insert Notes Here:"]
[{"$nulls":10},"Date:","mm/dd/yyyy",null,"Commenter Name:"]
[{"$nulls":10},"Representing:",{"$nulls":4},"Choose One"]
["Choose","Do the GPS coordinates in Appendix 1 match the Site Map?",{"$nulls":6},"Choose",null,"Comment here:"]
["Insert Notes Here:"]
[]
[]
["Choose","Does the desired net MW at POI in Appendix 1align with I.6 on \"I. Project Configuration\"?",{"$nulls":6},"Choose"]
["Insert Notes Here:"]
[]
[]
["Choose","Does Section 4c in Appendix 1 align with Section II on \"I. Project Configuration\"?",{"$nulls":6},"Choose"]
["Insert Notes Here:"]
[]
[]
[null,"Are the ISD, TOD and COD in Section 4d of Appendix 1 reasonable and achievable?",{"$nulls":6},"Choose",null,"Date:","mm/dd/yyyy",null,"Commenter Name:"]
["Insert Notes Here:",{"$nulls":9},"Representing:",{"$nulls":4},"Choose One"]
[{"$nulls":10},"Comment here:"]
[]
["Choose","Is the POI an existing (or planned) PTO facility under CAISO control?",{"$nulls":6},"Choose"]
["Insert Notes Here:"]
[]
[]
["Choose","Are all the data on Appendix 1 properly filled out?",{"$nulls":6},"Choose"]
["Insert Notes Here:"]
[]
[]
["Project Configuration Data General Validations"]
[]
["Choose","There are no errors reported on the II. Technical Validation page. All warnings are explained.",{"$nulls":6},"Choose",null,"Date:","mm/dd/yyyy",null,"Commenter Name:"]
["Insert Notes Here:",{"$nulls":9},"Representing:",{"$nulls":4},"Choose One"]
[{"$nulls":10},"Comment here:"]
[]
["Project Configuration Data  and Power Flow Model(.epc)  "]
[]
["Choose","Does the epc file have PMAX matching item I.2?",{"$nulls":6},"Choose"]
["Insert Notes Here:"]
[]
[]
["Choose","Does the auxiliary load in the epc file align with Item I.3 (Aux Load)?",{"$nulls":6},"Choose"]
["Insert Notes Here:"]
[]
[]
["Choose","Does the epc model produce the requested MW injection at POI in item I.6?",{"$nulls":6},"Choose",null,"Date:","mm/dd/yyyy",null,"Commenter Name:"]
["Insert Notes Here:",{"$nulls":9},"Representing:",{"$nulls":4},"Choose One"]
[{"$nulls":10},"Comment here:"]
[]
["Choose","Does the generator reactive capability curve support items VII.1 (Qmax) and VII.2 (Qmin)?",{"$nulls":6},"Choose"]
[]
["Insert Notes Here:"]
[]
[]
["Choose","Are items VII.1 (QMAX) and VII.2 (QMIN) consistent with QMAX and QMIN in the epc file?",{"$nulls":6},"Choose"]
["Insert Notes Here:"]
[]
[]
["Choose","Are all plant reactive devices properly modeled in the epc file?",{"$nulls":6},"Choose"]
["Insert Notes Here:",{"$nulls":9},"Date:","mm/dd/yyyy",null,"Commenter Name:"]
[{"$nulls":10},"Representing:",{"$nulls":4},"Choose One"]
[{"$nulls":10},"Comment here:"]
["Choose","Are all the voltage controls (generator, plant controller, LTCs, SVDs, etc.) properly coordinated, i.e. no hunting observed among voltage control devices?",{"$nulls":6},"Choose"]
[]
["Insert Notes Here:"]
[]
[]
["Choose","Does the project have sufficient reactive power capability?",{"$nulls":6},"Choose"]
[]
["Insert Notes Here:"]
[]
[]
["Choose","Does the Baseload Flag in epc file matches the generator's frequency response capability?",{"$nulls":6},"Choose"]
[{"$nulls":10},"Date:","mm/dd/yyyy",null,"Commenter Name:"]
["Insert Notes Here:",{"$nulls":9},"Representing:",{"$nulls":4},"Choose One"]
[{"$nulls":10},"Comment here:"]
[]
["Choose","Do the GSU and equivalent pad-mount transformer model in the epc file align with Section VIII.(Transformer Data)?",{"$nulls":6},"Choose"]
[]
["Insert Notes Here:"]
[]
[]
["Choose","Does the line model in the epc file align with Section X. (Interconnection Facilities Line Data)?",{"$nulls":6},"Choose"]
[]
["Insert Notes Here:"]
[]
[]
[null,"Do line impedance data in Items IX.28 to IX.32 align with internal PTO calculation? (PTO to Answer/Comment, if applicable)",{"$nulls":6},"Choose",null,"Date:","mm/dd/yyyy",null,"Commenter Name:"]
[{"$nulls":10},"Representing:",{"$nulls":4},"Choose One"]
["Insert Notes Here:",{"$nulls":9},"Comment here:"]
[]
[]
["Choose","Does the collector equivalence model in the epc file align with Section XI.(Collector Data)?",{"$nulls":6},"Choose"]
[]
["Insert Notes Here:"]
[]
[]
["Dynamic Model(.dyd)  "]
[]
["Choose","Are appropriate models used in the dyd file for generator/converter, exciter/Q-var control, governor/P-frequency control, PSS and plant controller (if applicable) ?",{"$nulls":6},"Choose"]
[]
["Insert Notes Here:",{"$nulls":9},"Date:","mm/dd/yyyy",null,"Commenter Name:"]
[{"$nulls":10},"Representing:",{"$nulls":4},"Choose One"]
[{"$nulls":10},"Comment here:"]
["Choose","Do dyd models provided include lhvrt and lhfrt?",{"$nulls":6},"Choose"]
["Insert Notes Here:"]
[]
[]
["Choose","Do the control flags in the dyd file indicate voltage control mode per WECC model validation guideline?",{"$nulls":6},"Choose"]
[]
["Insert Notes Here:"]
[]
[]
["Choose","Are the frequency control flag, frequency control deadband and droops in the .dyd file set properly  to enable primary frequence response?",{"$nulls":6},"Choose"]
[]
["Insert Notes Here:",{"$nulls":9},"Date:","mm/dd/yyyy",null,"Commenter Name:"]
[{"$nulls":10},"Representing:",{"$nulls":4},"Choose One"]
[{"$nulls":10},"Comment here:"]
["Choose","Do the dynamic model(s) pass the flat line test?",{"$nulls":6},"Choose"]
["Insert Notes Here:"]
[]
[]
["Choose","Do the dynamic model(s) pass the bump test?",{"$nulls":6},"Choose"]
["Insert Notes Here:"]
[]
[]
["Single Line Diagram Validations"]
[]
["Choose","Do the # of generation units in the SLD align with I. Project Configuration Item II.9?",{"$nulls":6},"Choose"]
["Insert Notes Here:",{"$nulls":9},"Date:","mm/dd/yyyy",null,"Commenter Name:"]
[{"$nulls":10},"Representing:",{"$nulls":4},"Choose One"]
[{"$nulls":10},"Comment here:"]
["Choose","Does the nominal terminal voltage in the SLD align with I. Project Configuration Item II.10?",{"$nulls":6},"Choose"]
[]
["Insert Notes Here:"]
[]
[]
["Choose","Does the generation rated output in the SLD align with I. Project Configuration Item II.12?",{"$nulls":6},"Choose"]
["Insert Notes Here:"]
[]
[]
["Choose","Do the number of pad-mount transformer(s), the pad-mount transformer(s) data and winding connection in Section VIII of I. Project Configuration match the SLD?",{"$nulls":6},"Choose"]
[]
["Insert Notes Here:",{"$nulls":9},"Date:","mm/dd/yyyy",null,"Commenter Name:"]
[{"$nulls":10},"Representing:",{"$nulls":4},"Choose One"]
[{"$nulls":10},"Comment here:"]
["Choose","Does the auxiliary load in SLD align with I. Project Configuration Item I.3 (Aux Load)?",{"$nulls":6},"Choose"]
["Insert Notes Here:"]
[]
[]
["Choose","Does the Interconnection Facilities Line Data match SLD?",{"$nulls":6},"Choose"]
["Insert Notes Here:"]
[]
[]
["Miscellaneous"]
[]
[null,"There is no other deficiency. (PTO & CAISO to Answer/Comment)",{"$nulls":6},"Choose"]
["Insert Notes Here:",{"$nulls":9},"Date:","mm/dd/yyyy",null,"Commenter Name:"]
[{"$nulls":10},"Representing:",{"$nulls":4},"Choose One"]
[{"$nulls":10},"Comment here:"]

{"sheet":"Version Control","index":7,"n_rows":14,"n_cols":4,"rows_kept":14,"merged":[[0,0,0,3]]}
["Version Tracking"]
["Date:","Verison:","Changes:","By who:"]
["2018-03-15","Intial Final","Initial version for use in Cluster 11","Foster/Zhu"]
["2018-04-03","c11.1","Fix three winding transformer calculation and a few labels","Zhu"]
["2019-03-08","c12.1","Enhancements based on Cluster 11 feedback","Zhu"]
["2019-03-11","C12.2","Fix transformer selection on Power Flow Model ","Zhu"]
["2019-03-25","C12.3","Fix transformer winding parameter calculation","Zhu"]
["2019-09-11","C13.1","Enhancements based on Cluster 12 feedback","Zhu"]
["2019-12-20","C13.2","Updated turbine type selections;\nAdd temperature for rated MW and MVA;\nUpdated reec model description;\nAdd repc_b model to dynamic model tool;","Zhu"]
["2021-02-16","C14.1","Add plant controller data section","Zhu"]
["2021-02-18","C14.2","Fix synchronous gen data population and validation","Zhu"]
["2021-04-23","C14.3","Fix Inverter Data; add fault type to short circuit data table","Zhu"]
["2021-09-02","C14.4","Add MW base for frequency droop","Zhu"]
["2024-02-05","C14.5","Add short circuit and negative sequence data entries","Vaughan/Rahimi"]

{"sheet":"Inverter Data","index":8,"n_rows":8,"n_cols":27,"rows_kept":8,"merged":[[1,12,1,16],[1,18,1,20],[1,21,1,23],[1,24,1,25]]}
["New","New","AS (Existing)","AS (Existing)","AS (Existing)","GEN (Existing)","GEN (Existing)","AS (Existing)","AS (Existing)","New","New","New","New","New","New","New","New","New","New","New","New","New","New","New","AS (Existing)","AS (Existing)","New"]
[{"$nulls":12}," BLOCKING CONFIG",{"$nulls":5},"TRIP CONFIG",null,null,"CONTROL SETTINGS",null,null,"POI DETAILS"]
["Start Date","End Date","Agreement Holder Name \n(Legal entity name on contract)","Project/Facility/Resource Name ","Queue Number","CAISO                              Resource ID","NRI Project Key","Designated Gross (Nameplate) Capacity \n(MW) ","Net Capacity to the CAISO Controlled Grid                         (MW)","Make and Model of Inverter","Number of Inverters for each make and model (#)","MW Rating of Inverters for each make and model                              (MW)","Will the inverter block?                    \n(use momentary cessation)","Blocking          \nTIME DELAY Before Resuming","Blocking      RETURN RAMP Rate","Inverter's   Blocking VOLTAGE Threshold","Blocking SYSTEM FREQUENCY Threshold","If inverters do not block, what do they do? Include k factor if inverters use reactive current injection","TIME DELAY\nto initiate resynchronization post a trip","RETURN RAMP RATE                          post a trip (%/second)","Trip SYSTEM FREQUENCY threshold Settings  (Include trip values and associated time delays)","Control Setting Available? ","Control Settings Values ","Control Settings Values ","POI Location ","POI Voltage ","Comments"]
["<date>","<date>","<alphanumeric with special characters>","<alphanumeric>","<alphanumeric>","<alphanumeric with special characters>","<alphanumeric with special characters>","<numeric>","<numeric>","<alphanumeric with special characters>","<numeric>","<numeric>","<drop-down options: \"Yes\", \"No\">","<alphanumeric with special characters>","<alphanumeric with special characters>","<alphanumeric with special characters>","<alphanumeric with special characters>","<alphanumeric with special characters>","<alphanumeric with special characters and allow multiple data entries>","<alphanumeric with special characters and allow multiple data entries>","<alphanumeric with special characters and allow multiple data entries>","<drop-down options: \"Yes\", \"No\">","<alphanumeric with special characters and allow multiple data entries>","<alphanumeric with special characters and allow multiple data entries>","<alphanumeric with special characters and allow multiple data entries>","<numeric>","<alphanumeric with special characters>"]
[null,null,{"$f":"Instructions!C12","v":0},{"$f":"Instructions!C10","v":0},{"$f":"Instructions!C11","v":0},{"$f":"Instructions!C16","v":0},{"$f":"Instructions!C$15","v":0},{"$f":"'I. Project Configuration'!F4","v":0},{"$f":"'I. Project Configuration'!F9","v":0},{"$f":"_xlfn.IFNA(HLOOKUP('I. Project Configuration'!F149,lkupSecII,4,FALSE) & HLOOKUP('I. Project Configuration'!F149,lkupSecII,5,FALSE)& HLOOKUP('I. Project Configuration'!F149,lkupSecII,6,FALSE),\"\")","v":""},{"$f":"_xlfn.IFNA(HLOOKUP('I. Project Configuration'!F149,lkupSecII,9,FALSE),\"\")","v":""},{"$f":"_xlfn.IFNA(HLOOKUP('I. Project Configuration'!F149,lkupSecII,13,FALSE),\"\")","v":""},{"$f":"'I. Project Configuration'!F176","v":0},{"$f":"'I. Project Configuration'!F180","v":0},{"$f":"IF(ISBLANK('I. Project Configuration'!F181),\"\",'I. Project Configuration'!F181&\" per unit per second at \"&'I. Project Configuration'!F182&\" MVA base\")","v":""},{"$f":"IF(ISBLANK('I. Project Configuration'!F178),\"\",\"Low voltage at  \"& 'I. Project Configuration'!F178 & \" high voltage at \"&'I. Project Configuration'!F179)","v":""},null,{"$f":"'I. Project Configuration'!F184","v":0},{"$f":"'I. Project Configuration'!F188","v":0},{"$f":"'I. Project Configuration'!F192","v":0},{"$f":"'Choices - to be hidden'!B144","v":""},{"$f":"'I. Project Configuration'!F265","v":0},{"$f":"'I. Project Configuration'!F268","v":0},{"$f":"'I. Project Configuration'!F269","v":0},{"$f":"Instructions!C$14","v":0},{"$f":"'I. Project Configuration'!F368","v":0}]
[null,null,{"$f":"C5","v":0},0,0,0,0,0,0,{"$f":"_xlfn.IFNA(HLOOKUP('I. Project Configuration'!H149,lkupSecII,4,FALSE) & HLOOKUP('I. Project Configuration'!H149,lkupSecII,5,FALSE)& HLOOKUP('I. Project Configuration'!H149,lkupSecII,6,FALSE),\"\")","v":""},{"$f":"_xlfn.IFNA(HLOOKUP('I. Project Configuration'!H149,lkupSecII,9,FALSE),\"\")","v":""},{"$f":"_xlfn.IFNA(HLOOKUP('I. Project Configuration'!H149,lkupSecII,13,FALSE),\"\")","v":""},{"$f":"'I. Project Configuration'!H176","v":0},{"$f":"'I. Project Configuration'!H180","v":0},{"$f":"IF(ISBLANK('I. Project Configuration'!H181),\"\",'I. Project Configuration'!H181&\" per unit per second at \"&'I. Project Configuration'!H182&\" MVA base\")","v":""},{"$f":"IF(ISBLANK('I. Project Configuration'!H178),\"\",\"Low voltage at  \"& 'I. Project Configuration'!H178 & \" high voltage at \"&'I. Project Configuration'!H179)","v":""},null,{"$f":"'I. Project Configuration'!H184","v":0},{"$f":"'I. Project Configuration'!H188","v":0},{"$f":"'I. Project Configuration'!H192","v":0},{"$f":"'Choices - to be hidden'!C144","v":""},{"$f":"V5","v":0},{"$f":"W5","v":0},{"$f":"X5","v":0},{"$f":"Instructions!C$14","v":0},{"$f":"Z5","v":0}]
[null,null,0,0,0,0,0,0,0,{"$f":"_xlfn.IFNA(HLOOKUP('I. Project Configuration'!J149,lkupSecII,4,FALSE) & HLOOKUP('I. Project Configuration'!J149,lkupSecII,5,FALSE)& HLOOKUP('I. Project Configuration'!J149,lkupSecII,6,FALSE),\"\")","v":""},{"$f":"_xlfn.IFNA(HLOOKUP('I. Project Configuration'!J149,lkupSecII,9,FALSE),\"\")","v":""},{"$f":"_xlfn.IFNA(HLOOKUP('I. Project Configuration'!J149,lkupSecII,13,FALSE),\"\")","v":""},{"$f":"'I. Project Configuration'!J176","v":0},{"$f":"'I. Project Configuration'!J180","v":0},{"$f":"IF(ISBLANK('I. Project Configuration'!J181),\"\",'I. Project Configuration'!J181&\" per unit per second at \"&'I. Project Configuration'!J182&\" MVA base\")","v":""},{"$f":"IF(ISBLANK('I. Project Configuration'!J178),\"\",\"Low voltage at  \"& 'I. Project Configuration'!J178 & \" high voltage at \"&'I. Project Configuration'!J179)","v":""},null,{"$f":"'I. Project Configuration'!J184","v":0},{"$f":"'I. Project Configuration'!J188","v":0},{"$f":"'I. Project Configuration'!J192","v":0},{"$f":"'Choices - to be hidden'!D144","v":""},{"$f":"V6","v":0},{"$f":"W6","v":0},{"$f":"X5","v":0},{"$f":"Instructions!C$14","v":0},{"$f":"Z5","v":0}]
[null,null,0,0,0,0,0,0,0,{"$f":"_xlfn.IFNA(HLOOKUP('I. Project Configuration'!L149,lkupSecII,4,FALSE) & HLOOKUP('I. Project Configuration'!L149,lkupSecII,5,FALSE)& HLOOKUP('I. Project Configuration'!L149,lkupSecII,6,FALSE),\"\")","v":""},{"$f":"_xlfn.IFNA(HLOOKUP('I. Project Configuration'!L149,lkupSecII,9,FALSE),\"\")","v":""},{"$f":"_xlfn.IFNA(HLOOKUP('I. Project Configuration'!L149,lkupSecII,13,FALSE),\"\")","v":""},{"$f":"'I. Project Configuration'!L176","v":0},{"$f":"'I. Project Configuration'!L180","v":0},{"$f":"IF(ISBLANK('I. Project Configuration'!L181),\"\",'I. Project Configuration'!L181&\" per unit per second at \"&'I. Project Configuration'!L182&\" MVA base\")","v":""},{"$f":"IF(ISBLANK('I. Project Configuration'!L178),\"\",\"Low voltage at  \"& 'I. Project Configuration'!L178 & \" high voltage at \"&'I. Project Configuration'!L179)","v":""},null,{"$f":"'I. Project Configuration'!L184","v":0},{"$f":"'I. Project Configuration'!L188","v":0},{"$f":"'I. Project Configuration'!L192","v":0},{"$f":"'Choices - to be hidden'!E144","v":""},{"$f":"V7","v":0},{"$f":"W7","v":0},{"$f":"X5","v":0},{"$f":"Instructions!C$14","v":0},{"$f":"Z5","v":0}]

{"sheet":"Choices - to be hidden","index":9,"n_rows":144,"n_cols":10,"rows_kept":144,"hidden":true}
["Type","Choose One",null,"Y/N","Choose One",null,"Choose One",null,"Reactive Power Control Mode","Power Factor Control Mode"]
[null,"Induction",null,null,"Yes",null,"Yes; explain below",null,null,"Voltage Control Mode"]
[null,"Synchronous",null,null,"No",null,"No; explain below",null,null,"Reactive Power Control Mode"]
[null,"DC With Inverter",null,null,"N/A",{"$nulls":4},"Coordinated Voltage and Q Control Mode"]
[null,"Doubly Fed Asynchronous",{"$nulls":7},"Other"]
["Phase","Choose One",null,"Y/N","Choose One",{"$nulls":3},"P/Q Priority","Active"]
[null,"Single Phase",null,null,"Yes (See Below)",null,"Choose",null,null,"Reactive"]
[null,"Three Phase",null,null,"No",null,"Yes"]
[{"$nulls":4},"N/A",null,"No",null,"MC mode","Freeze"]
["Connection","Choose One",{"$nulls":4},"N/A",null,null,"Reset"]
[null,"Delta"]
[null,"Grounded WYE",null,"Representing","Choose One",null,"Insert Notes Here:"]
[null,"Ungrounded WYE",null,null,"CAISO"]
[null,"Impedance Grounded",null,null,"PTO"]
[{"$nulls":4},"Affected PTO",{"$nulls":3},"Fault Type","3LG"]
[{"$nulls":4},"Customer",{"$nulls":4},"SLG"]
["X",{"$nulls":8},"LL"]
[null,"X",null,"Turbine Type","Choose One"]
[{"$nulls":4},"Type 1","ES source of charging","transmission grid"]
[{"$nulls":4},"Type 2",null,"AC-side on-site generator only"]
[{"$nulls":4},"Type 3",null,"DC-side charging only"]
[{"$nulls":6},"other (please explain)"]
[]
[{"$nulls":5},"ES charging operation","Follow ISO dispatch instructions"]
["Dig/Ann","Choose One",null,"Turbine Type","Choose one",null,"Be treated as load service"]
[null,"Analog",null,null,"1: steam turbine (except steam of combined cycle)"]
[null,"Digital",null,null,"2: combined cycle steam part","Winding Connection","Wye"]
[{"$nulls":4},"3: steam cross-compound",null,"Wye Grounded"]
["PSS","Choose One",null,null,"4: combined cycle total unit (planned gens and details for separate model not available)",null,"Delta"]
[null,"Bus Frequency",null,null,"5: hydro",null,"Delta (Burried)"]
[null,"Shaft Speed",null,null,"6: Internal Combustion Engine (diesel, piston, reciprocating)"]
[null,"Bus Voltage",null,null,"7: diesel turbo charged","Phase Configuration","Vertical"]
[null,"Other (Explain Below)",null,null,"11: GT (single shaft, does not include turbine part)",null,"Horizontal"]
[{"$nulls":4},"12: aero derivative GT",null,"Triangular"]
["Unit","Choose One",null,null,"13: single-shaft combined cycle"]
[null,"Steam",null,null,"14: synchronous condenser (no turbine)"]
[null,"Gas",null,null,"21: type 1 wind turbine (onshore only)"]
[null,"Combined Cycle",null,null,"22: type 2 wind turbine (onshore only)"]
[null,"Hydro",null,null,"23: type 3 wind turbine (onshore only)"]
[{"$nulls":4},"24: type 4 wind turbine (onshore only)"]
["Water Supply","Choose One",null,null,"25: wind turbine (offshore)"]
[null,"Run-of-the-River",null,null,"29: combined cycle combustion turbine part"]
[null,"Reservoir",null,null,"31: photovoltaic"]
[{"$nulls":4},"32: photovoltaic (fixed)"]
["Hydraulic","Choose One",null,null,"33: photovoltaic (tracking)"]
[null,"Mechanical-Hydraulic",null,null,"33b: DC-coupled solar and battery (not charging from grid)"]
[null,"Electro-Hydraulic",null,null,"41: motor pump"]
[{"$nulls":4},"42: energy storage - battery"]
["H","Choose One",null,null,"42s: DC-coupled solar and battery (charging from grid)"]
[null,"Sec",null,null,"43: energy storage - flywheel"]
[null,"MJ/MVA",null,null,"44: energy storage - other"]
[{"$nulls":4},"46: energy storage - compressed air"]
["Synch Gen Model","Choose One",null,null,"47: energy storage - concentrated solar power"]
[null,"gentpj",null,null,"48: fuel cell"]
[null,"gentpf",null,null,"51: hydrokinetic, axial flow turbine"]
[null,"genrou",null,null,"52: hydrokinetic - wave buoy"]
[null,"gencc",null,null,"53: hydrokinetic - other"]
[null,"Other (Explain Below)",null,null,"54: energy storage - reversible hydraulic turbine"]
[{"$nulls":4},"99: other"]
["Grounding","Choose One"]
[null,"Solidly Grounded"]
[null,"Grounded through Impedance"]
[null,"Ungrounded",null,"Excitation","Choose One"]
[{"$nulls":4},"Rotating DC commutator exciter with continuously acting regulator.  The regulator power source is independent of the generator terminal voltage and current."]
["Choose from fixed capacitor, SVD, SVC, STATCOM, DVAR, other","Choose One",null,null,"Rotating DC commentator exciter with continuously acting regulator.  The regulator power source is bus fed from the generator terminal voltage."]
[null,"Fixed Capacitor",null,null,"Rotating DC commutator exciter with non-continuously acting regulator (i.e., regulator adjustments are made in discrete increments)."]
[null,"SVD",null,null,"Rotating AC Alternator Exciter with non-controlled (diode) rectifiers.  The regulator power source is independent of the generator terminal voltage and current (not bus-fed)."]
[null,"SVC",null,null,"Rotating AC Alternator Exciter with controlled (thyristor) rectifiers.  The regulator power source is fed from the exciter output voltage."]
[null,"STATCOM",null,null,"Rotating AC Alternator Exciter with controlled (thyristor) rectifiers."]
[null,"Other (Explain Below)",null,null,"Static Exciter with controlled (thyristor) rectifiers.  The regulator power source is bus-fed from the generator terminal voltage."]
[{"$nulls":4},"Static Exciter with controlled (thyristor) rectifiers.  The regulator power source is bus-fed from a combination of generator terminal voltage and current (compound-source controlled rectifiers system."]
[{"$nulls":4},"Other? (Specify):"]
[]
["buses",{"$f":"'III. Power Flow Model'!B5","v":0}]
[null,{"$f":"'III. Power Flow Model'!B7","v":0},null,"var device","static","inverters"]
[null,{"$f":"'III. Power Flow Model'!B9","v":0},null,null,"dynamic"]
[null,{"$f":"'III. Power Flow Model'!B10","v":0}]
[null,{"$f":"'III. Power Flow Model'!B11","v":0},null,"reec models","reec_a"]
[null,{"$f":"'III. Power Flow Model'!B13","v":0},null,null,"reec_c"]
[null,{"$f":"'III. Power Flow Model'!B14","v":0}]
[null,{"$f":"'III. Power Flow Model'!B15","v":0},null,"repc models","repc_a"]
[null,{"$f":"'III. Power Flow Model'!B16","v":0},null,null,"repc_b"]
[null,{"$f":"'III. Power Flow Model'!B17","v":0}]
[null,{"$f":"'III. Power Flow Model'!B19","v":0},"gens"]
[null,{"$f":"'III. Power Flow Model'!B20","v":0}]
[null,{"$f":"'III. Power Flow Model'!B21","v":0}]
[null,{"$f":"'III. Power Flow Model'!B22","v":0}]
[null,{"$f":"'III. Power Flow Model'!B23","v":0}]
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