Voltage. The Spacecraft Bus shall present power at the Instrument interfaces as follows: [**Redacted**]
Voltage. The Customer Generator shall be capable of operating its generating equipment at a voltage level of plus/minus 6% of nominal system voltage. Utility grade negative sequence/under-voltage relaying shall be used to trip the equipment off the line for negative excursions exceeding 8.25% of nominal for a maximum duration of six electrical cycles. Positive excursions exceeding 10% of nominal voltage shall cause the equipment to trip off line. Voltage regulating equipment shall maintain stable excitation levels with negligible hunting (less than 2% of nominal phase current).
Voltage contain a voltage table incorporating all of the information required under clause 39.3 for each Customer Point of Service at which electricity is conveyed from the grid to the Customer’s Assets. The information contained in the forecast loading table and the voltage table is for the Customer’s information purposes only and may be amended by Transpower at any time to reflect changes to the assets installed at the Customer Points of Service. Transpower will notify the Customer of any amendments to the tables promptly after it amends the table. In any event, Schedule 2 (Points of Service) is to be reviewed and updated annually in accordance with clause 39.4.
Voltage. The Unit must operate within the voltage levels described in the Functional Specification for the duration of the Performance Test. If, during the Performance Test, voltage tests cannot be performed due to Grid System, data supplied from tests of the generator step-up transformers and generators supplied by the manufacturers shall be used to establish the ability of the Unit to operate within the specified voltage limits.
Voltage. When Generator is delivering power to the Georgia Power Electric System, Generator shall operate its generation to meet the voltage schedule, as measured at the transmission bus serving the Facility, communicated by the Georgia ITS operator. The current voltage schedules for the Interconnection Point to the Facility is attached to this Appendix A. If the Generator cannot hold the voltage schedule but is producing or absorbing its maximum amount of MVARs for the level of MW output that it is then operating at, then that is acceptable performance provided that each unit of the Generator that is then generating is producing no less than 0.33 MVAR/MW x the unit's Continuous Rated MW Output or absorbing no less than 0.23 MVAR/MW x the unit's Continuous Rated MW Output. For purposes of this paragraph, the "
Voltage. When Generator is delivering power to the Alabama Power Electric System, Generator shall operate its generation to meet the voltage schedule, as measured at the transmission bus serving the Facility, communicated by Alabama Power. The current voltage schedules for the Interconnection Point to the Facility is attached to this Appendix A. If the Generator cannot hold the voltage schedule but is producing or absorbing its maximum amount of MVARs for the level of MW output that it is then operating at, then that is acceptable performance provided that each unit of the Generator that is then generating is producing no less than 0.33 MVAR/MW x the unit's Continuous Rated MW Output or absorbing no less than 0.23 MVAR/MW x the unit's Continuous Rated MW Output. For purposes of this paragraph, the "
Voltage. The power supply (reference value) provided from the vehicle battery to this unit is shown. If the voltage does not fall within the range of 11 to 15V, check that power cable connection is correct.
Voltage. When Generator is delivering power to the Georgia Power Electric System, Generator shall operate its generation to meet the voltage schedule, as measured at the 230 kV transmission bus serving the Facility communicated by the Georgia ITS operator. The current voltage schedule for the Interconnection Point to the Facility is included in this Appendix. If the generator cannot hold voltage schedule but is producing its maximum amount of MVARS, then that is acceptable performance. It is anticipated that the generator shall be producing MVARS below its maximum capability under normal system conditions.
Voltage. Electric Power supplied under this Contract shall be three phase alternating current at approximately 60 Hertz and at approximately 13,200 volts.
Voltage. The protection functions of the interconnection system shall detect the effective (rms) or fundamental frequency value of each phase-to-phase voltage, except where the transformer connecting the Local EPS to the Area EPS is a grounded wye-wye configuration, or single phase installation, the phase-to-neutral voltage shall be detected. When any voltage is in a range given in Table 1, the DR shall cease to energize the Area EPS within the clearing time as indicated. Clearing time is the time between the start of the abnormal condition and the DR ceasing to energize the Area EPS. For DR less than or equal to 30 kW in peak capacity, the voltage set points and clearing times shall be either fixed or field adjustable. For DR greater than 30 kW the voltage set points shall be field adjustable. The voltages shall be detected at either the PCC or the point of DR connection when any of the following conditions exist:
