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[null,"Micro EG (30-200kW) Commissioning Template"]
[null,"Location:"]
[null,"MC Number:"]
[null,"Inverter Capacity:"]
[null,"Export Limit:"]
[null,"Checklist Instructions"]
[null,"This checklist is to be completed in full  and signed by the commissioning agent.  The injection testing shall be carried out by a qualified electrical tester with calibrated test equipment and the results recorded in the below tables.                                                                                           The below tests are Ausgrids minimum testing requirements for Micro EG Installations"]
[]
[]
[null,"COMPLETE ALL FIELDS IN THIS COLOUR"]
[null,"1.0 Documentation"]
[null,"Drawings",null,null,null,null,"Details"]
[null,"Single Line Diagram",null,null,null,null,"No:                               Sht                             Amd"]
[]
[null,"Central Protection Schematic Diagram",null,null,null,null,"No:                               Sht                             Amd "]
[null,"Other - "]
[null,"WAS THE INSTALLATION BUILT AS PER THE PRE-APPROVED DESIGN                                                                         ",null,null,null,null,null,null,"YES/NO",{"$f":"IF((I18=\"YES\"),\"PROCEED\",\"SUBMIT DESIGN\")","v":"SUBMIT DESIGN"}]
[null,"IF NO PLEASE SUBMIT THE AMENDED DESIGN TO AUSGRID PROJECT CO-ORDINATOR FOR APPROVAL"]
[]
[null,"2.0 Functional/Operational Checks"]
[null,"Specific  Activity Description",null,null,null,null,null,null,null,"Enter YES/NO"]
[null,1,"### Protection Panel Checks ###"]
[null,2,"Central protection arrangement including voltage reference location matches the single line diagram referenced above in section 1.0 "]
[]
[null,3,"Visual inspection to confirm wiring matches the Schematic Diagram referenced above in section 1.0 & cables are connected to the correct terminals of the central protection device."]
[]
[null,4,"Central protection settings match those referenced above in section 1.0 including Sustained OV"]
[null,5,"Secondary injection tests carried out on central protection, i.e. OF, UF, OV, UV, ROCOF & VS. "]
[null,6,"Inverters disconnect due to central protection operation."]
[null,7,"Inverters disconnect due to loss of power to central protection device."]
[null,8,"Where communcations link provides remote tripping it is operational and fail safe."]
[null,9,"Where standby generation exists the IES cannot syncronise with the standby generation."]
[null,10,"### Inverter Checks ###"]
[null,11,"Number of Inverters installed matches the Single Line Diagram referenced above in section 1.0 "]
[null,12,"Inverter make and model matches the Single Line Diagram referenced above in section 1.0 "]
[null,13,"New Inverters are programmed for Region - Australia A settings"]
[null,14,"### Primary Anti-Islanding Checks ### (Check at conclusion of injection testing)"]
[null,15,"Inverters correctly synchronise & close when mains supply is available."]
[null,16,"Inverters disconnect when mains supply is removed."]
[null,17,"Inverters left de-energised at conclusion of testing."]
[null,"3.0 Additional Comments"]

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[null,"Document Number:",null,null,null,null,null,null,"Micro EG 15-09-2022"]
[null,"Over & Under Frequency Testing (81O/U)"]
[null,"Protection Setting","Set Point",null,"Pass Criteria",null,"Result",null,{"$f":"IF(AND(I5=\"PASS\",I6=\"PASS\",I7=\"PASS\",I8=\"PASS\"),\"PASS\",\"\")","v":""}]
[null,null,"Value","Units","Lowest","Highest","Value","Units"]
[null,"OF Pick Up",52,"Hz",{"$f":"(C5-(0.01*C5))","v":51.48},{"$f":"(C5+(0.01*C5))","v":52.52},null,"Hz",{"$f":"IF(AND(G5>=E5,G5<=F5),\"PASS\",IF(G5=\"\",\"Missing\",\"FAIL\"))","v":"Missing"}]
[null,"OF Timing",2,"sec",{"$f":"(C6-(0.05*C6))","v":1.9},{"$f":"(C6+(0.05*C6))","v":2.1},null,"sec",{"$f":"IF(AND(G6>=E6,G6<=F6),\"PASS\",IF(G6=\"\",\"Missing\",\"FAIL\"))","v":"Missing"}]
[null,"UF Pick Up",47,"Hz",{"$f":"(C7-(0.01*C7))","v":46.53},{"$f":"(C7+(0.01*C7))","v":47.47},null,"Hz","Missing"]
[null,"UF Timing",2,"sec",{"$f":"(C8-(0.05*C8))","v":1.9},{"$f":"(C8+(0.05*C8))","v":2.1},null,"sec","Missing"]
[]
[null,"Over & Under Voltage Testing (59/27)"]
[null,"Protection Setting","Set Point",null,"Pass Criteria",null,"Result",null,{"$f":"IF(AND(I13=\"PASS\",I14=\"PASS\",I15=\"PASS\",I16=\"PASS\"),\"PASS\",\"\")","v":""}]
[null,null,"Value","Units","Lowest","Highest","Value","Units"]
[null,"OV Pick Up",260,"V",{"$f":"(C13-(0.02*C13))","v":254.8},{"$f":"(C13+(0.02*C13))","v":265.2},null,"V",{"$f":"IF(AND(G13>=E13,G13<=F13),\"PASS\",IF(G13=\"\",\"Missing\",\"FAIL\"))","v":"Missing"}]
[null,"OV Timing",2,"sec",{"$f":"(C14-(0.05*C14))","v":1.9},{"$f":"(C14+(0.05*C14))","v":2.1},null,"sec","Missing"]
[null,"UV Pick Up",180,"V",{"$f":"(C15-(0.02*C15))","v":176.4},{"$f":"(C15+(0.02*C15))","v":183.6},null,"V","Missing"]
[null,"UV Timing",2,"sec",{"$f":"(C16-(0.05*C16))","v":1.9},{"$f":"(C16+(0.05*C16))","v":2.1},null,"sec","Missing"]
[]
[null,"Reverse Power (Grid) Testing (32)*"]
[null,"Protection Setting","Set Point",null,"Pass Criteria",null,"Result",null,{"$f":"IF(AND(I21=\"PASS\",I22=\"PASS\"),\"PASS\",\"\")","v":{"$error":"#VALUE!"}}]
[null,null,"Value","Units","Lowest","Highest","Value","Units"]
[null,"RP Pick Up","N/A",null,{"$f":"(C21-(0.05*C21))","v":{"$error":"#VALUE!"}},{"$f":"(C21+(0.05*C21))","v":{"$error":"#VALUE!"}},null,null,{"$f":"IF(AND(G21>=E21,G21<=F21),\"PASS\",IF(G21=\"\",\"Missing\",\"FAIL\"))","v":{"$error":"#VALUE!"}}]
[null,"RP Timing","N/A",null,{"$f":"(C22-(0.05*C22))","v":{"$error":"#VALUE!"}},{"$f":"(C22+(0.05*C22))","v":{"$error":"#VALUE!"}},null,null,{"$error":"#VALUE!"}]
[null,"*If required - Ausgrid to Add Set Point Values"]
[null,"Rate Of Change Of Frequency Testing (81R)"]
[null,"Protection Setting","Set Point",null,"Pass Criteria",null,"Result",null,{"$f":"IF(AND(I27=\"PASS\",I28=\"PASS\",I29=\"PASS\",I30=\"PASS\"),\"PASS\",\"\")","v":""}]
[null,null,"Value","Units","Lowest","Highest","Value","Units"]
[null,"+ve ROCOF Pick Up",4,"Hz/s",{"$f":"(C27-(0.05*C27))","v":3.8},{"$f":"(C27+(0.05*C27))","v":4.2},null,"Hz/s",{"$f":"IF(AND(G27>=E27,G27<=F27),\"PASS\",IF(G27=\"\",\"Missing\",\"FAIL\"))","v":"Missing"}]
[null,"+ve ROCOF Timing",0.25,"s",{"$f":"(C28-(0.05*C28))","v":0.23749999999999999},{"$f":"(C28+(0.05*C28))","v":0.26250000000000001},null,"s","Missing"]
[null,"-ve ROCOF Pick Up",-4,"Hz/s",{"$f":"(C29+(0.05*C29))","v":-4.2},{"$f":"(C29-(0.05*C29))","v":-3.8},null,"Hz/s","Missing"]
[null,"-ve ROCOF Timing",0.25,"s",{"$f":"(C30-(0.05*C30))","v":0.23749999999999999},{"$f":"(C30+(0.05*C30))","v":0.26250000000000001},null,"s","Missing"]
[null,"NOTE ROCOF tests usually performed as Go, No Go test. Acceptable test result is ± 5% setting"]
[]
[null,"Vector Shift Testing (98dV)"]
[null,"Protection Setting","Set Point",null,"Pass Criteria",null,"Result",null,{"$f":"IF(AND(I36=\"PASS\",I37=\"PASS\",I38=\"PASS\",I39=\"PASS\"),\"PASS\",\"\")","v":""}]
[null,null,"Value","Units","Lowest","Highest","Value","Units"]
[null,"+ve VS Pickup",20,"Deg.",{"$f":"(C36-(0.05*C36))","v":19},{"$f":"(C36+(0.05*C36))","v":21},null,"Deg.",{"$f":"IF(AND(G36>=E36,G36<=F36),\"PASS\",IF(G36=\"\",\"Missing\",\"FAIL\"))","v":"Missing"}]
[null,"+ve VS Timing",0,"s",{"$f":"C37","v":0},{"$f":"(C37+0.05)","v":0.05},null,"s","PASS"]
[null,"-ve VS Pickup",-20,"Deg.",{"$f":"(C38+(0.05*C38))","v":-21},{"$f":"(C38-(0.05*C38))","v":-19},null,"Deg.","Missing"]
[null,"-ve VS Timing",0,"s",{"$f":"C39","v":0},{"$f":"(C39+0.05)","v":0.05},null,"s","PASS"]
[null,"Acceptable test result is ± 5% setting"]
[]
[null,"Trip Check"]
[null,"Test Trigger","Pass Criteria",null,null,null,"Result",null,"ENTER PASS/FAIL"]
[]
[null,"Any Protection Function","Circuit Breaker trips within specified time for protection function"]
[]
[]
[null,"Central Protection Faulty Test"]
[null,"Test Trigger","Pass Criteria",null,null,null,"Result",null,"ENTER PASS/FAIL"]
[]
[null,"Disconnect power supply to central protection device","Inverters disconnect within approx. _2_ Seconds"]
[]
[]
[null,"Auto / Manual Reset Checks"]
[null,"Test Trigger","Pass Criteria",null,null,null,"Result",null,"ENTER PASS/FAIL"]
[]
[null,"CB open & normal system conditions injected to Relay","Circuit Breaker does not close until manually closed / Auto reset time expires"]
[]
[]
[null,"Remote Comms Fail Trip Test"]
[null,"Test Trigger","Pass Criteria",null,null,null,"Result",null,"ENETER PASS/FAIL"]
[null,"Loss of Comms","Remote Board trips within approx. _2_ Seconds"]

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[null,"Document Number:",null,null,"Micro EG 15-09-2022"]
[]
[null,"Inverter Reconnect Check"]
[null,"Note :  This test must only be performed after all other tests have been successfully completed."]
[null,"Test Trigger","Pass Criteria",null,null,null,"Result",null,"ENTER PASS/FAIL"]
[]
[null,"Operate the main switch (inverter supply)","Verify that the connection time is greater than 60s"]
[]
[]
[null,"Anti-Islanding Primary Check"]
[null,"Test Trigger","Pass Criteria",null,null,null,"Result",null,"ENTER PASS/FAIL"]
[]
[null,"Isolate the main switch (mains supply)","Verify that the disconnection time is less than 2s"]
[]
[]
[]
[null,"Sustained OverVoltage"]
[null,"Protection Setting",null,null,"Set Point",null,"Verified Yes/No"]
[null,null,null,null,"Value","Units"]
[null,"V>(10min) Pick Up",null,null,258,"V"]
[null,"V>(10min) Timing",null,null,15,"sec"]
[]
[]
[null,"Inverter Settings review"]
[]
[null,"AS4777.2-2020 Region Setting - Australia A ",null,null,null,null,"Verified Yes/No"]
[]
[]
[null,"COMMISSIONING AGENT DECLARATION"]
[null,"THE BELOW SIGNED HEREBY WARRANTS AND AGREES with and for the benefit of Ausgrid ;                                                                                                                                                                     The attached Test results are a true and accurate reflection of the as built installation and\nThe Installation has been completed by competent, experienced and qualified individual(s) in full compliance with the latest revisions and amendments of the appropriate standards and regulations."]
[]
[]
[]
[]
[]
[]
[null,null,"TEST SET:"]
[null,null,"RELAY MODEL:"]
[null,null,"RELAY SERIAL #:"]
[null,null,"COMMISSIONING AGENT NAME:"]
[null,null,"COMPANY:"]
[null,null,"SIGNATURE"]
[]
[null,null,"DATE:"]