Common use of Dependable Capacity Test Clause in Contracts

Dependable Capacity Test. The Dependable Capacity Test shall be carried out to determine the Dependable Capacity of the Facility during Commissioning pursuant to Section 7. The Dependable Capacity of the Facility shall be determined to be equal to, or greater than the Contracted Capacity, calculated at the generating points, using calibrated test metering equipment. The test (“Dependable Capacity Test”) will be conducted for a minimum of 3 (three) consecutive hours. The Dependable Capacity shall be determined by the following method: (i) Taking energy meter, temperature and wind velocity reading for each fifteen (15) minutes interval for each wind turbine. (ii) Determining power output at site conditions at each generator end and adjusted power output at Rated Output Wind Speed for each fifteen (15) minutes interval as per following formula: Padjusted = µ x (½) ρ V3 (¼) π d2 where, “Padjusted” is the adjusted power in watt at generator terminal of each wind turbine generator: µ = Psite

Dependable Capacity Test. The Dependable Capacity Test shall be carried out to determine the Dependable Capacity of the Facility during Commissioning pursuant to Section 7. The Dependable Capacity of the Facility shall be determined to be equal to, or greater than the Contracted Capacity, calculated at the generating points, using calibrated test metering equipment. The test (“Dependable Capacity Test”) will be conducted for a minimum of 3 (three) consecutive hours. The Dependable Capacity shall be determined by the following method: (i) Taking energy meter, temperature and wind velocity reading for each fifteen (15) minutes interval for each wind turbine. (ii) Determining power output at site conditions at each generator end and adjusted power output at Rated Output Wind Speed for each fifteen (15) minutes interval as per following formula: Padjusted = µ x (½) ρ V3 (¼) π d2 where, “Padjusted” is the adjusted power in watt at generator terminal of each wind turbine generator: hase Agree µ = Psite

Dependable Capacity Test. The Dependable Capacity Test shall be carried out to determine the Dependable Capacity of the Facility during Commissioning pursuant to Section 7. The Dependable Capacity of the Facility shall be determined to be equal to, or greater than the Contracted Capacity, calculated at the generating points, using calibrated test metering equipment. The test (“Dependable Capacity Test”) will be conducted for a minimum of 3 (three) consecutive hours. The Dependable Capacity shall be determined by the following method: (i) Taking energy meter, temperature and wind velocity reading for each fifteen (15) minutes interval for each wind turbine. (ii) Determining power output at site conditions at each generator end and adjusted power output at Rated Output Wind Speed for each fifteen (15) minutes interval as per following formula: Padjusted = µ x (½) ρ V3 (¼) π d2 where, “Padjusted” is the adjusted power in watt at generator terminal of each wind turbine generator: µ = Psite