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{"sheet":"Regulation Example","index":0,"n_rows":23,"n_cols":10,"rows_kept":23,"cut":false,"hidden":true,"merged":[[18,0,20,0],[14,0,16,0],[11,0,12,0],[0,0,0,6],[8,0,8,6],[1,0,1,6],[9,0,9,1],[2,0,2,1]]}
["ESS - Regulation Raise and Lower Accreditation Form"]
["Standard Requirements (4.1.2)"]
["Procedure Reference",null,"Description","Field Type","Format","Value","Units"]
["4.1.2(a)","Must have a ramp rate sufficient to deliver the maximum quantity of Regulation Raise or Regulation Lower in 5 minutes;"]
["4.1.2(b)","Must have a Communication Lag Time less than the Maximum Communication Lag Time;"]
["4.1.2(c)","Must meet the required ramp rates specified in paragraph 4.1.2(a) continuously for the full range of Regulation enablement;"]
["4.1.2(d)","A Minimum Regulation Raise Quantity and/or Minimum Regulation Lower Quantity of at least X MW ; "]
["4.1.2(e)","Must follow controls from AEMO’s Automatic Generator Control (AGC) to within a control error specified by AEMO for that Facility, to the extent possible allowing for a Facilities Generator Performance Standards (including required Droop Response)."]
["Service Requirements (4.2.1)",null,null,null,null,null,null,null,null,"Where relevant"]
["Procedure Reference",null,"Description","Field Type","Format","Value","Units"]
["4.2.1(a)","Facility Name","Name of Facility. This name has a maximum of 32\ncharacters and is set by AEMO. This field cannot be\nchanged.","Set Field","Text","ALCOA_WGP","N/A"]
["4.2.1(b)","The maximum quantity of Regulation Raise and Regulation Lower that the Facility can deliver using its optimal fuel type and operating mode or configuration","Provides details of Load Following Capability\n\nLoad following reserve (LFR) is a constant amount in MW which is zero outside the dispatchable load range and is dependent on fuel type. It is an expression of the  achievable upwards or downwards load response of the generator facility in 1 minute to changes in system load.","File Upload","File format to be .csv with the following fields on\neach line:\n• sequence_number (integer 3),\n• facility_identity (character 24),\n• fuel_type (character 24),\n• min_lfr_load (real 6:1),\n• max_lfr_load (real 6:1),\n• max_lfr_contrib (real 6:1)\nA separate set of data is required for each fuel\ntype.",null,"N/A"]
[null,"The alternative maximum quantities of Regulation Raise and Regulation Lower that the Facility can deliver using alternative fuel types, operating modes or configurations;"]
["4.2.1(c)","The Standing Enablement Minimum for the Facility using its optimal fuel type and configuration;"]
["4.2.1(d)","The Standing Enablement Maximum for the Facility using its optimal fuel type and configuration;"]
[null,"The alternative Standing Enablement Minimum for the Facility using alternative fuel types, operating modes or configurations"]
[null,"The alternative Standing Enablement Maximum for the Facility using alternative fuel types, operating modes or configurations"]
["4.2.1(e)","The Standing Low Breakpoint for the Facility using its optimal fuel type and configuration;"]
["4.2.1(f)","The Standing High Breakpoint for the Facility using its optimal fuel type and configuration;"]
[null,"The Standing Low Breakpoint for the Facility using alternative fuel types, operating modes or configurations;"]
[null,"The Standing High Breakpoint for the Facility using alternative fuel types, operating modes or configurations;"]
["4.2.1(g)","The Communication Lag Time for the Facility"]
["4.2.1(h)","A Facility Performance Factor which must be set to 1.",null,"Tick Box","Yes or No",null,"N/A"]

{"sheet":"Details","index":1,"n_rows":27,"n_cols":2,"rows_kept":27,"cut":false,"hidden":false,"merged":[[0,0,0,9],[2,1,2,9],[3,1,3,9],[1,1,1,9],[8,0,12,0],[8,4,12,9],[4,1,4,9],[13,0,13,9],[6,2,6,9],[7,2,7,9],[5,0,7,0],[5,2,5,9],[22,1,23,8],[21,1,21,8],[26,1,26,4],[15,1,16,8],[17,1,18,8],[19,1,20,8],[24,1,25,8]]}
["ESS Accreditation Form"]
["Field","Facility Details"]
["Participant Name"]
["Facility Name"]
["General Notes/Comments"]
["Contact Details","Name"]
[null,"Email"]
[null,"Mobile"]
["Applicable ESS Services","Regulation Raise"]
[null,"Regulation Lower"]
[null,"Contingency Reserve Raise"]
[null,"Contingency Reserve Lower"]
[null,"RoCoF Control Service"]
["User Instructions"]
[]
[1,"This spreadsheet must be completed and submitted to System Management Operations to be regarded as a valid request to apply for Essential System Services."]
[]
[2,"Data entry is restricted to the areas shaded tan and green (tan being mandatory). Note that all MW values are Facility sent-out MW"]
[]
[3,"The following fields are mandatory: Participant Name, Resource Name, Email Address and Applicable ESS Services. The ESS Accreditation Form will not be accepted by System Management unless these fields are completed.\n"]
[]
[4,"For each Applicable ESS Service that this application serves, please complete the associated work sheet(s).\n"]
[5,"Separate ESS Accreditation forms are required to be completed for additional Facilities registered under the same Market Participant."]
[]
[6,"Please email all completed ESS Accreditation templates with any suplimentary data files required to System Management Operations; wa.sm.operations@aemo.com.au"]
[]
[null,"ESS Accreditation template v1.0"]

{"sheet":"Regulation Raise","index":2,"n_rows":13,"n_cols":14,"rows_kept":13,"cut":false,"hidden":false,"merged":[[2,0,3,1],[2,2,3,2],[2,3,3,3],[0,0,0,13],[1,0,1,13],[2,4,3,4],[2,5,3,5],[2,6,2,7],[2,8,2,9],[2,10,2,11],[2,12,2,13],[10,0,10,1],[9,0,9,13],[4,6,8,6],[4,8,8,8],[4,10,8,10],[4,12,8,12]]}
["Regulation Raise Accreditation Form"]
["Accrediation Parameters (4.4)"]
["Procedure Reference",null,"Notes","Field Type","Format","Units","Maximum",null,"Alternative 1",null,"Alternative 2",null,"Alternative 3"]
[null,null,null,null,null,null,"Operating Configuration","Value","Operating Configuration","Value","Operating Configuration","Value","Operating Configuration","Value"]
["4.4.1(a) & (b)","The maximum quantity of FCESS that the Facility can deliver for the relevant operating configuration ","For the maximum and each alternative operating configuration that the Facility is being acredited for - enter a short description of the operating configuration (e.g. Peak mode - gas), and relevant details of the operating configuration (e.g. Unit in Peak mode, Max Ramp Rate = XMW/min, Temperature < x, Gas fuel), and the maximum quantity of the service that can be provided for that operating configuration. The first entry must represent the maximum of all operating configurations being accredited.","Enter","Numerical, up to two decimal places","MW"]
["4.4.1(c) & (d)","The Standing Enablement Minimum for the Facility for the relevant operating configuration ","The minimum operating point at which the service can be provided. Enter the relevant minimum enablement quantities for each operating configuration. The first entry must represent the enablement min that corresponds to the operating state for the maximum quantity being accredited.","Enter","Numerical, up to two decimal places","MW"]
["4.4.1(c) & (d)","The Standing Enablement Maximum for the Facility for the relevant operating configuration ","The maximum operating point at which the service can be provided. Enter the relevant maximum enablement quantities for each operating configuration. The first entry must represent the enablement max that corresponds to the operating state for the maximum quantity being accredited.","Enter","Numerical, up to two decimal places","MW"]
["4.4.1(e) & (f)","The Standing Low Breakpoint for the Facility for the relevant operating configuration ","The lowest operating point at which the maximum quantity of the service can still be provided. Enter the relevant low break point for each operating configuration. The first entry must represent the low break point that corresponds to the operating state for the maximum quantity being accredited.","Enter","Numerical, up to two decimal places","MW"]
["4.4.1(e) & (f)","The Standing High Breakpoint for the Facility for the relevant operating configuration ","The highest operating point at which the maximum quantity of the service can still be provided. Enter the relevant low break point for each operating configuration. The first entry must represent the low break point that corresponds to the operating state for the maximum quantity being accredited.","Enter","Numerical, up to two decimal places","MW"]
[]
["Procedure Reference",null,"Notes","Field Type","Format","Units","Value"]
["4.4.1(m)","A Facility Performance Factor of 1 ","This is a static value of 1 for Regulation services","Enter","Numerical","N/A",1]
["3.1.5","Supporting evidence","Time-synchronised measurements from Facility's local DCS showing unit responses to AGC signals.","Upload","Time-series in CSV, Excel or COMTRADE format with the following fields (as a minimum):\n- AGC setpoint (received from AEMO)\n- Gross unit active power output (MW)\n\nTime-series x-axis to be in YYYY-MM-DD HH:MM:SS or equivalent format.","Hz, MW, s",null,"-",null,"-",null,"-",null,"-"]

{"sheet":"Regulation Lower","index":3,"n_rows":13,"n_cols":14,"rows_kept":13,"cut":false,"hidden":false,"merged":[[1,0,1,13],[0,0,0,13],[2,0,3,1],[2,2,3,2],[2,3,3,3],[2,4,3,4],[2,5,3,5],[2,10,2,11],[2,12,2,13],[9,0,9,13],[10,0,10,1],[4,10,8,10],[4,12,8,12],[2,6,2,7],[2,8,2,9],[4,6,8,6],[4,8,8,8]]}
["Regulation Lower Accreditation Form"]
["Accrediation Parameters (4.4)"]
["Procedure Reference",null,"Notes","Field Type","Format","Units","Maximum",null,"Alternative 1",null,"Alternative 2",null,"Alternative 3"]
[null,null,null,null,null,null,"Operating Configuration","Value","Operating Configuration","Value","Operating Configuration","Value","Operating Configuration","Value"]
["4.4.1(a) & (b)","The maximum quantity of FCESS that the Facility can deliver for the relevant operating configuration ","For the maximum and each alternative operating configuration that the Facility is being acredited for - enter a short description of the operating configuration (e.g. Peak mode - gas), and relevant details of the operating configuration (e.g. Unit in Peak mode, Max Ramp Rate = XMW/min, Temperature < x, Gas fuel), and the maximum quantity of the service that can be provided for that operating configuration. The first entry must represent the maximum of all operating configurations being accredited.","Enter","Numerical, up to two decimal places","MW"]
["4.4.1(c) & (d)","The Standing Enablement Minimum for the Facility for the relevant operating configuration ","The minimum operating point at which the service can be provided. Enter the relevant minimum enablement quantities for each operating configuration. The first entry must represent the enablement min that corresponds to the operating state for the maximum quantity being accredited.","Enter","Numerical, up to two decimal places","MW"]
["4.4.1(c) & (d)","The Standing Enablement Maximum for the Facility for the relevant operating configuration ","The maximum operating point at which the service can be provided. Enter the relevant maximum enablement quantities for each operating configuration. The first entry must represent the enablement max that corresponds to the operating state for the maximum quantity being accredited.","Enter","Numerical, up to two decimal places","MW"]
["4.4.1(e) & (f)","The Standing Low Breakpoint for the Facility for the relevant operating configuration ","The lowest operating point at which the maximum quantity of the service can still be provided. Enter the relevant low break point for each operating configuration. The first entry must represent the low break point that corresponds to the operating state for the maximum quantity being accredited.","Enter","Numerical, up to two decimal places","MW"]
["4.4.1(e) & (f)","The Standing High Breakpoint for the Facility for the relevant operating configuration ","The highest operating point at which the maximum quantity of the service can still be provided. Enter the relevant low break point for each operating configuration. The first entry must represent the low break point that corresponds to the operating state for the maximum quantity being accredited.","Enter","Numerical, up to two decimal places","MW"]
[]
["Procedure Reference",null,"Notes","Field Type","Format","Units","Value"]
["4.4.1(m)","A Facility Performance Factor of 1 ","This is a static value of 1 for Regulation services","Enter","Numerical","N/A",1]
["3.1.5","Supporting evidence","Time-synchronised measurements from Facility's local DCS showing unit responses to AGC signals.","Upload","Time-series in CSV, Excel or COMTRADE format with the following fields (as a minimum):\n- AGC setpoint (received from AEMO)\n- Gross unit active power output (MW)\n\nTime-series x-axis to be in YYYY-MM-DD HH:MM:SS or equivalent format.","Hz, MW, s",null,"-",null,"-",null,"-",null,"-"]

{"sheet":"Contingency Raise","index":4,"n_rows":22,"n_cols":14,"rows_kept":22,"cut":false,"hidden":false,"merged":[[10,0,10,1],[2,10,2,11],[2,12,2,13],[1,0,1,13],[0,0,0,13],[9,0,9,13],[2,6,2,7],[2,8,2,9],[2,0,3,1],[2,2,3,2],[2,3,3,3],[2,4,3,4],[2,5,3,5],[4,6,8,6],[4,8,8,8],[4,10,8,10],[4,12,8,12]]}
["Contingency Raise Accreditation Form"]
["Accrediation Parameters (4.4)"]
["Procedure Reference",null,"Notes","Field Type","Format","Units","Maximum",null,"Alternative 1",null,"Alternative 2",null,"Alternative 3"]
[null,null,null,null,null,null,"Operating Configuration","Value","Operating Configuration","Value","Operating Configuration","Value","Operating Configuration","Value"]
["4.4.1(a) & (b)","The maximum quantity of FCESS that the Facility can deliver for the relevant operating configuration ","For the maximum and each alternative operating configuration that the Facility is being acredited for - enter a short description of the operating configuration (e.g. Peak mode - gas), and relevant details of the operating configuration (e.g. Unit in Peak mode, Max Ramp Rate = XMW/min, Temperature < x, Gas fuel), and the maximum quantity of the service that can be provided for that operating configuration. The first entry must represent the maximum of all operating configurations being accredited.","Enter","Numerical, up to two decimal places","MW"]
["4.4.1(c) & (d)","The Standing Enablement Minimum for the Facility for the relevant operating configuration ","The minimum operating point at which the service can be provided. Enter the relevant minimum enablement quantities for each operating configuration. The first entry must represent the enablement min that corresponds to the operating state for the maximum quantity being accredited.","Enter","Numerical, up to two decimal places","MW"]
["4.4.1(c) & (d)","The Standing Enablement Maximum for the Facility for the relevant operating configuration ","The maximum operating point at which the service can be provided. Enter the relevant maximum enablement quantities for each operating configuration. The first entry must represent the enablement max that corresponds to the operating state for the maximum quantity being accredited.","Enter","Numerical, up to two decimal places","MW"]
["4.4.1(e) & (f)","The Standing Low Breakpoint and High Breakpoint for the Facility for the relevant operating configuration ","The lowest operating point at which the maximum quantity of the service can still be provided. Enter the relevant low break point for each operating configuration. The first entry must represent the low break point that corresponds to the operating state for the maximum quantity being accredited.","Enter","Numerical, up to two decimal places","MW"]
["4.4.1(e) & (f)","The Standing High Breakpoint for the Facility for the relevant operating configuration ","The highest operating point at which the maximum quantity of the service can still be provided. Enter the relevant low break point for each operating configuration. The first entry must represent the low break point that corresponds to the operating state for the maximum quantity being accredited.","Enter","Numerical, up to two decimal places","MW"]
[]
["Procedure Reference",null,"Notes","Field Type","Format","Units","Value"]
["4.4.1(g)","Whether the Facility will provide Contingency Reserve Raise response using a block response or a continuous response ","Indicates whether this is a continuous response (e.g. droop) or block response (e.g. interruptible load)","Enter","Continuous/Block","N/A"]
["4.4.1(h)","If the service is provided via a block response, whether the Facility is subject to the Maximum Contingency Reserve Block Size under paragraph 5.1","Indicates whether the total quantity of the service is above the maximum single block size limit, and therefore must be split into multiple blocks","Enter","Yes/No","N/A"]
["4.4.1(i)","Where a Facility is subject to the Maximum Contingency Reserve Block Size, the size of each relevant Block Response ","Enter a comma separated list of maximum block sizes for each block, to the nearest integer value, e.g. 25, 30, 40","Enter","Numerical, up to two decimal places","MW"]
["4.2.6","If the service is provided via a block response, confirmation that the frequency trigger is capable of being adjusted remotely by AEMO.","Indicates that there is remote setpoint capability for AEMO to be able to adjust the frequency trigger points of each block","Enter","Yes/No","N/A"]
["4.4.1(j)","Where a Facility provides the service using a continous droop response, the droop setting for that Facility ","Enter the Facility droop setting in % that will be active when the Facility is providing the service, e.g. 4%","Enter","Numerical, up to one decimal places","%"]
["4.4.1(k)","Where a Facility provides the service using a continuous droop response, the droop deadband setting for that Facility ","Enter the upwards and downward Facility droop deadband (comma separated) inside of which the Facility will not respond to frequency changes, e.g. + 0.025, -0.025","Enter","Numerical,  three decimal places","Hz"]
["4.4.1(l)","Any exemptions applying to that Facility in accordance with paragraph 4.2.14 ","Describe any exemptions that have been granted to the Facility by AEMO, including any timeframes associated with the exemption","Enter","Text","N/A"]
["4.4.1(n)","The Facility Speed Factor for that Facility ","This value will be determined by AEMO in accordance with section 7.2 of the FCESS Accreditation WEM Procedure, the value to be aligned with a determined range, e.g. 0.2, 0.5, 1, 3, 6, 10.","Enter","Numerical","second"]
["4.4.1(o)","For a Facility that is an Interruptible Load, the Restoration Profile of the Interruptible Load if applicable ","A 5-minute MW profile indicating the typical restoration of the block load back in returning to normal operation","Upload","CSV or Excel","N/A"]
["4.2.9","If the service is provided via a continous response, whether the Facility is capable of operating in AGC and responding to MW setpoints while enabled for the service","Indicates whether the Facility is capable of responding to AGC following initial primary response","Enter","Yes/No","N/A"]
["3.1.5","Supporting evidence","Time-synchronised measurements from a high-speed recorder showing the Facility's response to under-frequency events.","Upload","Time-series in CSV, Excel or COMTRADE format with the following fields (as a minimum):\n- Local frequency measurement, including any frequency bias (Hz)\n- Gross unit active power output or gross load for a SIL (MW)\n\nTime-series x-axis to be in YYYY-MM-DD HH:MM:SS.xxx or equivalent format. The time-series must be time-synchronised via GPS, NTP or an alternative method agreed with AEMO.","Hz, MW, s"]

{"sheet":"Contingency Lower","index":5,"n_rows":17,"n_cols":14,"rows_kept":17,"cut":false,"hidden":false,"merged":[[0,0,0,13],[1,0,1,13],[2,6,2,7],[2,8,2,9],[2,10,2,11],[2,12,2,13],[9,0,9,13],[10,0,10,1],[2,0,3,1],[2,2,3,2],[2,3,3,3],[2,4,3,4],[2,5,3,5],[4,6,8,6],[4,8,8,8],[4,10,8,10],[4,12,8,12]]}
["Contingency Lower Accreditation Form"]
["Accrediation Parameters (4.4)"]
["Procedure Reference",null,"Notes","Field Type","Format","Units","Maximum",null,"Alternative 1",null,"Alternative 2",null,"Alternative 3"]
[null,null,null,null,null,null,"Operating Configuration","Value","Operating Configuration","Value","Operating Configuration","Value","Operating Configuration","Value"]
["4.4.1(a) & (b)","The maximum quantity of FCESS that the Facility can deliver for the relevant operating configuration ","For the maximum and each alternative operating configuration that the Facility is being acredited for - enter a short description of the operating configuration (e.g. Peak mode - gas), and relevant details of the operating configuration (e.g. Unit in Peak mode, Max Ramp Rate = XMW/min, Temperature < x, Gas fuel), and the maximum quantity of the service that can be provided for that operating configuration. The first entry must represent the maximum of all operating configurations being accredited.","Enter","Numerical, up to two decimal places","MW"]
["4.4.1(c) & (d)","The Standing Enablement Minimum for the Facility for the relevant operating configuration ","The minimum operating point at which the service can be provided. Enter the relevant minimum enablement quantities for each operating configuration. The first entry must represent the enablement min that corresponds to the operating state for the maximum quantity being accredited.","Enter","Numerical, up to two decimal places","MW"]
["4.4.1(c) & (d)","The Standing Enablement Maximum for the Facility for the relevant operating configuration ","The maximum operating point at which the service can be provided. Enter the relevant maximum enablement quantities for each operating configuration. The first entry must represent the enablement max that corresponds to the operating state for the maximum quantity being accredited.","Enter","Numerical, up to two decimal places","MW"]
["4.4.1(e) & (f)","The Standing Low Breakpoint and High Breakpoint for the Facility for the relevant operating configuration ","The lowest operating point at which the maximum quantity of the service can still be provided. Enter the relevant low break point for each operating configuration. The first entry must represent the low break point that corresponds to the operating state for the maximum quantity being accredited.","Enter","Numerical, up to two decimal places","MW"]
["4.4.1(e) & (f)","The Standing High Breakpoint for the Facility for the relevant operating configuration ","The highest operating point at which the maximum quantity of the service can still be provided. Enter the relevant low break point for each operating configuration. The first entry must represent the low break point that corresponds to the operating state for the maximum quantity being accredited.","Enter","Numerical, up to two decimal places","MW"]
[]
["Procedure Reference",null,"Notes","Field Type","Format","Units","Value"]
["4.4.1(j)","The Droop Setting for the Facility providing the service","Enter the Facility droop setting in % that will be active when the Facility is providing the service, e.g. 4%","Enter","Numerical, up to one decimal places","%"]
["4.4.1(k)","Where a Facility provides the service using a continuous droop response, the droop deadband setting for that Facility ","Enter the upwards and downward Facility droop deadband (comma separated) inside of which the Facility will not respond to frequency changes, e.g. + 0.025, -0.025","Enter","Numerical,  three decimal places","Hz"]
["4.4.1(l)","Any exemptions applying to that Facility in accordance with paragraph 4.2.14 ","Describe any exemptions that have been granted to the Facility by AEMO, including any timeframes associated with the exemption","Enter","Text","N/A"]
["4.4.1(m)","A Facility Performance Factor of 1 ","This is a static value of 1 for Contingency Lower services","Enter","Numerical","N/A",1]
["4.2.9","If the service is provided via a continous response, whether the Facility is capable of operating in AGC and responding to MW setpoints while enabled for the service","Indicates whether the Facility is capable of responding to AGC following initial primary response","Enter","Yes/No","N/A"]
["3.1.5","Supporting evidence","Time-synchronised measurements from a high-speed recorder showing the Facility's response to under-frequency events.","Upload","Time-series in CSV, Excel or COMTRADE format with the following fields (as a minimum):\n- Local frequency measurement, including any frequency bias (Hz)\n- Gross unit active power output or gross load for a SIL (MW)\n\nTime-series x-axis to be in YYYY-MM-DD HH:MM:SS.xxx or equivalent format. The time-series must be time-synchronised via GPS, NTP or an alternative method agreed with AEMO.","Hz, MW, s"]

{"sheet":"Rate of Change of Frequency","index":6,"n_rows":13,"n_cols":14,"rows_kept":13,"cut":false,"hidden":false,"merged":[[0,0,0,13],[1,0,1,13],[2,8,2,9],[2,10,2,11],[2,12,2,13],[2,0,3,1],[2,2,3,2],[2,3,3,3],[2,4,3,4],[2,5,3,5],[2,6,2,7],[9,0,9,13],[10,0,10,1],[4,6,8,6],[4,8,8,8],[4,10,8,10],[4,12,8,12]]}
["RoCoF Accreditation Form"]
["Accrediation Parameters (4.4)"]
["Procedure Reference",null,"Notes","Field Type","Format","Units","Maximum",null,"Alternative 1",null,"Alternative 2",null,"Alternative 3"]
[null,null,null,null,null,null,"Operating Configuration","Value","Operating Configuration","Value","Operating Configuration","Value","Operating Configuration","Value"]
["4.4.1(a) & (b)","The maximum quantity of FCESS that the Facility can deliver for the relevant operating configuration ","For the maximum and each alternative operating configuration that the Facility is being acredited for - enter a short description of the operating configuration (e.g. Peak mode - gas), and relevant details of the operating configuration (e.g. Unit in Peak mode, Max Ramp Rate = XMW/min, Temperature < x, Gas fuel), and the maximum quantity of the service that can be provided for that operating configuration. The first entry must represent the maximum of all operating configurations being accredited.","Enter","Numerical, to the nearest integer","MWs"]
["4.4.1(c) & (d)","The Standing Enablement Minimum for the Facility for the relevant operating configuration ","The minimum operating point at which the service can be provided. Enter the relevant minimum enablement quantities for each operating configuration. The first entry must represent the enablement min that corresponds to the operating state for the maximum quantity being accredited.","Enter","Numerical, up to two decimal places","MW"]
["4.4.1(c) & (d)","The Standing Enablement Maximum for the Facility for the relevant operating configuration ","The maximum operating point at which the service can be provided. Enter the relevant maximum enablement quantities for each operating configuration. The first entry must represent the enablement max that corresponds to the operating state for the maximum quantity being accredited.","Enter","Numerical, up to two decimal places","MW"]
["4.4.1(e) & (f)","The Standing Low Breakpoint and High Breakpoint for the Facility for the relevant operating configuration ","The lowest operating point at which the maximum quantity of the service can still be provided. Enter the relevant low break point for each operating configuration. The first entry must represent the low break point that corresponds to the operating state for the maximum quantity being accredited.","Enter","Numerical, up to two decimal places","MW"]
["4.4.1(e) & (f)","The Standing High Breakpoint for the Facility for the relevant operating configuration ","The highest operating point at which the maximum quantity of the service can still be provided. Enter the relevant low break point for each operating configuration. The first entry must represent the low break point that corresponds to the operating state for the maximum quantity being accredited.","Enter","Numerical, up to two decimal places","MW"]
[]
["Procedure Reference",null,"Notes","Field Type","Format","Units","Value"]
["4.4.1(m)","A Facility Performance Factor of 1 ","This is a static value of 1 for Rate of Change of Frequency services","Enter","Numerical","N/A",1]
["3.1.5","Supporting evidence","Measurement report, calculation or data sheet with evidence of the Facility's inertia (in MW.s) when synchronized to the SWIS, for the different operating conditions.","Upload","Document in PDF format","MW.s"]