Common use of Equivalent Dependable Capacity Test Clause in Contracts

Equivalent Dependable Capacity Test. During the test period the Equivalent Dependable Capacity of the plant shall be calculated based on global solar irradiance (1000 W/m2) at panel tilt angle. The Equivalent Dependable Capacity shall be calculated as follows: PEDC = Equivalent Dependable Capacity (MW) Px = Power Output during test period (MW) Ix = Irradiance at panel tilt angle during test period (W/m2) EE = Exported Energy (kWh) PEDC = * (1000 W/m2) The Commercial Operation Test will continue for 4 consecutive hours in between 8:00 AM to 04:00 PM in the test running day. Measured value of Px and Ix shall be recorded for 30 minutes interval during the test hours and individual value of PEDC shall be calculated from the table given below: Equivalent Dependable Capacity Calculation Time (Minutes) EE (kWh) Px (MW) Ix (W/m2) PEDC (MW) Remarks From Export Energy Meter From Export Energy Meter From Irradiation Measurement Device 30 60 90 120 150 180 210 240 Total

Equivalent Dependable Capacity Test. During the test period the Equivalent Dependable Capacity of the plant shall be calculated based on global solar irradiance (1000 W/m2) at panel tilt angle. The Equivalent Dependable Capacity shall be calculated as follows: PEDC = Equivalent Dependable Capacity (MW) Px = Power Output during test period (MW) Ix = Irradiance at panel tilt angle during test period (W/m2) EE = Exported Energy (kWh) PEDC 𝑃𝑥 ( = Ix ) * (1000 W/m2) The Commercial Operation Test will continue for 4 consecutive hours in between 8:00 AM to 04:00 PM in the test running day. Measured value of Px and Ix shall be recorded for 30 minutes interval during the test hours and individual value of PEDC shall be calculated from the table given below: Equivalent Dependable Capacity Calculation Time (Minutes) EE (kWh) Px (MW) Ix (W/m2) PEDC (MW) Remarks From Export Energy Meter From Export Energy Meter From Irradiation Measurement Device 30 60 90 120 150 180 210 240 Total