Inverter Block Unit Capacity means, with respect to each Inverter Block Unit, the total rated electric alternating current energy generating capacity of such Inverter Block Unit, determined as the lesser of:
Inverter Block Unit Capacity means, with respect to each Inverter Block Unit, the manufacturer's output rating (expressed in MW AC) of the Current Inverter included in such Inverter Block Unit.
Inverter Block Unit Capacity means, with respect to each Inverter Block Unit, the total rated electric alternating current energy generating capacity of such Inverter Block Unit, determined as the lesser of:
(a) The manufacturer’s output rating of the Current Inverter included in such Inverter Block Unit, consistent with Prudent Electrical Practices and accepted industry standards, as indicated on the nameplate physically attached to such Current Inverter;
(b) The sum of the manufacturer’s nameplate ratings of all Photovoltaic Modules included in such Inverter Block Unit, consistent with Prudent Electrical Practices and accepted industry standards, as indicated on the nameplates physically attached to such individual Photovoltaic Modules; or
(c) The continuous power output rating at the expected operating power factor of the Inverter Block Unit’s medium voltage transformer.
More Definitions of Inverter Block Unit Capacity
Inverter Block Unit Capacity means, with respect to each Inverter Block Unit, the total rated electric Alternating Current capacity of such Inverter Block Unit, determined as the lesser of: The manufacturer’s output rating of the inverter included in such Inverter Block Unit, consistent with Prudent Electrical Practices and accepted Industry Standards, as indicated on the nameplate physically attached to such inverter; provided, if such output rating is not indicated in kW or MW on the nameplate physically attached to such inverter, then such output rating in kW or MW will be deemed to be equal to the maximum continuous out power in kilovolt-amperes (kVA) or megavolt-amperes (MVA) indicated on the nameplate physically attached to such inverter for purposes of this calculation; provided further, that if more than one inverter output rating is provided, whether in kW, MW, kVA or MVA, the lowest of these shall be deemed to be the manufacturer’s rating of such inverter; or The sum of the manufacturer’s nameplate ratings of all photovoltaic modules included in such Inverter Block Unit, consistent with Prudent Electrical Practices and accepted Industry Standards, as indicated on the nameplates physically attached to such individual photovoltaic modules.
Inverter Block Unit Capacity means, with respect to each Inverter Block Unit, the total rated electric alternating current energy generating capacity of such Inverter Block Unit, determined as the lesser of:
(a) The manufacturer’s output rating of the Current Inverter included in such Inverter Block Unit, consistent with Prudent Electrical Practices and accepted industry standards, as indicated on the nameplate physically attached to such Current Inverter in kW or MW; provided that if such output rating is not indicated in kW or MW on the nameplate physically attached to such Current Inverter, then such output rating in kW or MW will be deemed to be equal to the maximum continuous out power in kilovolt-amperes (kVA) or megavolt-amperes (MVA) indicated on the nameplate physically attached to such Current Inverterfor purposes of this calculation; or
(b) The sum of the manufacturer’s nameplate ratings of all Photovoltaic Modules included in such Inverter Block Unit, consistent with Prudent Electrical Practices and accepted industry standards, as indicated on the nameplates physically attached to such individual Photovoltaic Modules.
Inverter Block Unit Capacity means, with respect to each Inverter Block Unit, the total rated electric alternating current energy generating capacity of such Inverter Block Unit, determined as the lesser of: The manufacturer’s output rating of the Current Inverter included in such Inverter Block Unit, consistent with Prudent Electrical Practices and accepted industry standards, as indicated on the nameplate physically attached to such Current Inverter; The sum of the manufacturer’s nameplate ratings of all Photovoltaic Modules included in such Inverter Block Unit, consistent with Prudent Electrical Practices and accepted industry standards, as indicated on the nameplates physically attached to such individual Photovoltaic Modules; and The continuous power output rating at the expected operating power factor of the Inverter Block Unit’s medium voltage transformer. [for solar photovoltaic technology]