Common use of Net Dependable Clause in Contracts

Net Dependable. Capacity Evaluation -------------------------------------- Generator Net Power Output -------------------------- Generator Net Power Output (GNPO) will be calculated from the measured net power output from the test point divided by the test point duration in hours. GNPO = measured net power output (kWh) / test point duration (hrs.) Net Dependable Capacity ----------------------- Generator Net Power Output (GNPO) will be corrected from the test conditions to the Reference Conditions. The result will be the Net Dependable Capacity (NDC). NDC = Net Dependable Capacity corrected to Reference Conditions. NDC = GNPO x CF\\1\\ x CF\\2\\ x CF\\3\\ where: CF\\1\\ = Factor used to correct power from the measured ambient temperature and humidity to the contract conditions = CF\\a\\ / CF\\b\\ where: CF\\a\\ = Ambient temperature and humidity correction factor from GE Curve [insert curve number when received from GE] at the Reference Conditions CF\\b\\ = Ambient temperature and humidity correction factor from GE Curve [insert curve number when received from GE] at the measured ambient temperature and humidity CF\\2\\ = Factor used to correct power from the measured barometric pressure to the rated barometric pressure = P\\R\\ / P\\M\\ where: P\\R\\ = Rated barometric pressure (14.39 psia) P\\M \\= Measured barometric pressure CF\\3\\ = Factor used to correct for accumulated fired hours prior to the test = 1 + (% output loss from curve 519HA772) The NDC's determined from each test point will be summed and divided by the number of test points to determine the NDC for contract purposes.

Net Dependable. Capacity Evaluation -------------------------------------- Generator Net Power Output -------------------------- Generator Net Power Output (GNPO) will be calculated from the measured net power output from the test point divided by the test point duration in hours. GNPO = measured net power output (kWh) / test point duration (hrs.) Net Dependable Capacity ----------------------- Generator Net Power Output (GNPO) will be corrected from the test conditions to the Reference Conditions. The result will be the Net Dependable Capacity (NDC). NDC = Net Dependable Capacity corrected to Reference Conditions. NDC = GNPO x CF\\1\\ x CF\\2\\ x CF\\3\\ where: CF\\1\\ = Factor used to correct power from the measured ambient temperature and humidity to the contract conditions = CF\\a\\ / CF\\b\\ where: CF\\a\\ = Ambient temperature and humidity correction factor from GE Curve [insert curve number when received from GE] at the Reference Conditions CF\\b\\ = Ambient temperature and humidity correction factor from GE Curve [insert curve number when received from GE] at the measured ambient temperature and humidity CF\\2\\ = Factor used to correct power from the measured barometric pressure to the rated barometric pressure = P\\R\\ / P\\M\\ where: P\\R\\ = Rated barometric pressure (14.39 psia) P\\M \\= P\\M\\ = Measured barometric pressure CF\\3\\ = Factor used to correct for accumulated fired hours prior to the test = 1 + (% output loss from curve 519HA772) The NDC's determined from each test point will be summed and divided by the number of test points to determine the NDC for contract purposes.