Dependable Capacity Test Sample Clauses
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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.
Dependable Capacity Test. The Dependable Capacity Test shall be carried out to determine the Dependable Capacity of the Facility. This Test shall be carried out as a part of the Reliability Run except where such Test is carried out pursuant to Article 7. The delivered capacity of the Facility shall be demonstrated to be equal to, or greater than the Contracted Rental Capacity, measured at the Delivery Point (and adjusted to Site Reference Conditions), using calibrated test metering equipment mutually agreed upon. The test (“Dependable Capacity Test”) will be conducted for a minimum of 6(six) consecutive hours. The tested capacity shall be calculated by taking energy meter reading (electronically obtained) for each half an hour interval and correcting by correction factors corresponding to site reference condition. Dependable Capacity shall be determined by dividing total energy (corrected to Site Reference Condition) by 6 hours.
Dependable Capacity Test. The Dependable Capacity Test shall be carried out to determine the Dependable Capacity. The delivered capacity of the Facility shall be measured at the Delivery Point (adjusted to Power Factor Adjustment), using calibrated test metering equipment mutually agreed upon. The test (“Dependable Capacity Test”) will be conducted for a minimum of 6(six) consecutive hours. The tested capacity shall be calculated by taking energy meter reading (electronically obtained) for each half an hour interval and correcting by correction factors corresponding to Reference Site Conditions. Dependable Capacity shall be determined by dividing summation of twelve (12) corrected capacity data by 12 and thereafter corrected to Power Factor Adjustment. Throughout the test period, BPDB shall Dispatch the Facility at the maximum generating capability of the Facility.
Dependable Capacity Test. The Dependable Capacity Test shall be carried out to determine the Dependable Capacity. This test shall comply with ASME or ISO standards and shall be carried out as part of the Reliability Run (set out in (b) below) except where such test is carried out pursuant to Section 7.1.2(b). For the purpose of achieving the Commercial Operations Date, the Dependable Capacity shall be equal or greater than the Threshold Capacity.