Power Factor Requirement. Consistent with Section 4.7 of Appendix 2 to this ISA, the power factor requirement is as follows: The Generation Interconnection Customer shall design its non-synchronous Customer Facility with the ability to maintain a power factor of at least 0.95 leading to 0.95 lagging measured at the high-side of the facility substation transformers.
Power Factor Requirement. Consistent with Section 4.7 of Appendix 2 to this ISA, the power factor requirement is as follows: The existing 766 MW portion of the Customer Facility shall retain its existing ability to maintain a power factor of at least 0.95 leading to 0.90 lagging measured at the generator’s terminals. The increase of 10 MW to the Customer Facility associated with this ISA shall be designed with the ability to maintain a power factor of at least 1.0 (unity) to 0.90 lagging measured at the generator’s terminals.
Power Factor Requirement. Consistent with Section 4.7 of Appendix 2 to this ISA, the power factor requirement is as follows: The results of the System Impact Study require that, for the safety or reliability of the Transmission System, the Generation Interconnection Customer shall design its wind- powered Customer Facility with the ability to maintain a power factor of at least 0.95 leading to 0.95 lagging measured at the Point of Interconnection.
Power Factor Requirement. Consistent with section 4.6 of Appendix 2 to this GIA, the power factor requirement is as follows: [For Generation Project Developers] {The following language should be included for new large and small synchronous generation facilities that will have the Tariff specified power factor. This section does not apply if the Interconnection Request is for an incremental increase in generating capability.} The Project Developer shall design its Generating Facility with the ability to maintain a power factor of at least 0.95 leading to 0.90 lagging measured at the [generator’s terminals] [Point of Interconnection]. {Include the following language if the Interconnection Request is for an incremental increase in capacity or energy output to a synchronized generation facility} The existing MW portion of the Generating Facility shall retain its existing ability to maintain a power factor of at least 0.95 leading to 0.90 lagging measured at the [generator’s terminals] [Point of Interconnection]. The increase of MW to the Generating Facility associated with this GIA shall be designed with the ability to maintain a power factor of at least 1.0 (unity) to 0.90 lagging measured at the [generator’s terminals] [Point of Interconnection]. {For new wind or non-synchronous generation facilities which have submitted a New Service Request. after November 1, 2016, the following applies:} The Generation Project Developer shall design its [wind-powered] [non-synchronous] Generating Facility with the ability to maintain a power factor of at least 0.95 leading to 0.95 lagging measured at the high-side of the facility substation transformers. {For all wind or non-synchronous generation facilities requesting an incremental increase in capacity or energy output which have entered the New Services Queue after November 1, 2016, and were not commercially operable prior to November 1, 2016 include the following requirements:} The existing [wind-powered] [non-synchronous] MW portion of the Customer Facility shall retain the ability to maintain a power factor of at least 0.95 leading to 0.95 lagging measured at the high-side of the facility substation transformers. The increase of MW to the [wind-powered] [non-synchronous] Customer Facility associated with this GIA shall be designed with the ability to maintain a power factor of at least 0.95 leading to 0.95 lagging measured at the high-side of the facility substation transformers. [For Transmission Project Developers] {The following language ...
Power Factor Requirement. Consistent with Section 4.7 of Appendix 2 to this ISA, the power factor requirement is as follows: The result of the System Impact Study indicated that, for the safety and reliability of the Transmission System, no power factor requirement is required for the non-synchronous Customer Facility.
Power Factor Requirement. Consistent with Section 4.7 of Appendix 2 to this ISA, the power factor requirement is as follows: The existing 840 MW portion of the Customer Facility shall retain its existing ability to maintain a power factor of at least 0.95 leading to 0.90 lagging measured at the generator’s terminals. The increase of 12 MW to the Customer Facility associated with PJM Queue Number X4-027Position Number X4-027 shall retain its existing ability to maintain a power factor of at least 1.0 (unity) to 0.90 lagging measured at the generator’s terminals. The increase of 67 MW to the Customer Facility associated with this ISA shall be designed with the ability to maintain a power factor of at least 1.0 (unity) to 0.90 lagging measured at the generator’s terminals.
Power Factor Requirement. The Transmission Customer agrees to maintain an overall Load Power Factor and reactive power supply within predefined sub-areas as measured at the Point(s) of Delivery within ranges specified by the Transmission Provider or NEPOOL criteria, rules and standards which identify the power factor levels that must be maintained throughout the applicable sub-area for each anticipated level of total NEPOOL load. The Transmission Customer agrees to maintain Load Power Factor and reactive power requirements within the range specified by the Transmission Provider for the sub-area based on total NEPOOL load during that hour. NEPOOL may revise the power factor limits required from time to time. If the Transmission Customer lacks the capability to maintain the Load Power Factor within the ranges specified, the Transmission Provider may:
Power Factor Requirement. Consistent with Section 4.7 of Appendix 2 to this ISA, the power factor requirement is as follows: The existing 836 MW portion of the Customer Facility shall retain its existing ability to maintain a power factor of at least 0.95 leading to 0.90 lagging measured at the generator’s terminals. The increase of 20 MW to the Customer Facility associated with the W3-162 ISA shall be designed with the ability to maintain a power factor of at least 1.0 (unity) to 0.90 lagging measured at the Point of Interconnection. The increase of 6 MW to the Customer Facility associated with this ISA shall be designed with the ability to maintain a power factor of at least 1.0 (unity) to 0.90 lagging measured at the Point of Interconnection.
Power Factor Requirement. The power factor requirement is as follows: Unit #1: consisting of No.1 LP and HP generators The existing 898 MW portion of the Customer Facility shall retain its existing ability to maintain a power factor of at least 0.95 leading to 0.90 lagging measured at the generator’s terminals. The increase of 20 MW to the Customer Facility associated with this ISA shall be designed with the ability to maintain a power factor of at least 1.0 (unity) to 0.90 lagging measured at the generator’s terminals. Unit #2: consisting of No.2 LP and HP generators The existing 896 MW portion of the Customer Facility shall retain its existing ability to maintain a power factor of at least 0.95 leading to 0.90 lagging measured at the generator’s terminals. The increase of 20 MW to the Customer Facility associated with this ISA shall be designed with the ability to maintain a power factor of at least 1.0 (unity) to 0.90 lagging measured at the generator’s terminals. Diesel generator #1 The existing 3 MW portion of the Customer Facility shall retain its existing ability to maintain a power factor of at least unity to 0.97 lagging measured at the generator’s terminals. Diesel generator #2 The existing 3 MW portion of the Customer Facility shall retain its existing ability to maintain a power factor of at least unity to 0.97 lagging measured at the generator’s terminals. Diesel generator #3 The existing 3 MW portion of the Customer Facility shall retain its existing ability to maintain a power factor of at least unity to 0.97 lagging measured at the generator’s terminals. Diesel generator #4 The existing 3 MW portion of the Customer Facility shall retain its existing ability to maintain a power factor of at least unity to 0.97 lagging measured at the generator’s terminals.
Power Factor Requirement. Consistent with Section 4.7 of Appendix 2 to this ISA, the power factor requirement is as follows: [For Generation Interconnection Customers] {The following language should be included for new large and small synchronous generation facilities that will have the Tariff specified power factor. This section does not apply if the Interconnection Request is for an incremental increase in generating capability.} The Interconnection Customer shall design its Customer Facility with the ability to maintain a power factor of at least 0.95 leading to 0.90 lagging measured at the [generator’s terminals] [Point of Interconnection]. {For all wind or non-synchronous generation facilities which have entered the New Services Queue prior to May 1, 2015, Iinclude the appropriate alternative from the language below for new wind or non-synchronous generation facilities. This section does not apply if the Interconnection Request is for an incremental increase in generating capability.} {For new wind or non-synchronous generation facilities which have entered the New Services Queue prior to May 1, 2015, follow the following requirements associated with new wind and non-synchronous generation facilities. The result of the System Impact Study indicated that, for the safety and reliability of the Transmission System, no power factor requirement is required for the [wind-powered] [non-synchronous] Customer Facility. The results of the System Impact Study require that, for the safety or reliability of the Transmission System, the Generation Interconnection Customer shall design its [wind- powered] [non-synchronous] Customer Facility with the ability to maintain a power factor of at least 0.95 leading to 0.95 lagging measured at the Point of Interconnection. {include the following language if the Interconnection Request is for an incremental increase in capacity or energy output to a synchronized generation facility} The existing MW portion of the Customer Facility shall retain its existing ability to maintain a power factor of at least 0.95 leading to 0.90 lagging measured at the [generator’s terminals] [Point of Interconnection]. The increase of MW to the Customer Facility associated with this ISA shall be designed with the ability to maintain a power factor of at least 1.0 (unity) to 0.90 lagging measured at the [generator’s terminals] [Point of Interconnection]. {For new wind or non-synchronous generation facilities which have entered the New Services Queue after to May 1, 2015, t...
