Reactive Power Control definition

Reactive Power Control means the control of the production and absorption of Reactive Power by the Providing Unit as detailed in Section 2 of Schedule 3;
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Examples of Reactive Power Control in a sentence

  • The SIRF for a Synchronous Providing Unit operating as a Synchronous Compensator that can provide Reactive Power Control or as a Synchronous Motor that can provide Reactive Power Control is set at 45 seconds.

  • The Available Volume of the Providing Unit to provide SSRP in a Trading Period is equal to: Steady-State Reactive Power Range x RP Factor x the percentage of the Trading Period during which the Providing Unit is Synchronised or connected to the Power System and capable of providing Reactive Power Control.

  • OPERATIONS 32 9.1 General 32 9.2 NYISO and Connecting Transmission Owner Obligations 32 9.3 Developer Obligations 32 9.4 Start-Up and Synchronization 33 9.5 Real and Reactive Power Control 33 9.6 Outages and Interruptions 34 9.7 Switching and Tagging Rules 38 9.8 Use of Attachment Facilities by Third Parties 38 9.9 Disturbance Analysis Data Exchange 38 ARTICLE 10.

  • Test is generally conducted by making small adjustments of the voltage setpoint and verifying by observation that the Facility regulates the voltage at the point of regulation to the setpoint by delivering/receiving reactive power to/from the Company System to maintain the applicable setpoint according to the reactive power control and the reactive amount requirements of Sections 3(a) (Reactive Power Control) and Section 3(b) (Reactive Amount) of Attachment B (Facility Owned by Seller) to this Agreement.

  • OPERATIONS 32 9.1 General 32 9.2 NYISO and Connecting Transmission Owner Obligations 33 9.3 Developer Obligations 33 9.4 Start-Up and Synchronization 33 9.5 Real and Reactive Power Control 33 9.6 Outages and Interruptions 34 9.7 Switching and Tagging Rules 38 9.8 Use of Attachment Facilities by Third Parties 38 9.9 Disturbance Analysis Data Exchange 38 ARTICLE 10.

  • OPERATIONS 33 9.1 General 33 9.2 NYISO and Connecting Transmission Owner Obligations 33 9.3 Developer Obligations 33 9.4 Start-Up and Synchronization 33 9.5 Real and Reactive Power Control 33 9.6 Outages and Interruptions 35 9.7 Switching and Tagging Rules 38 9.8 Use of Attachment Facilities by Third Parties 38 9.9 Disturbance Analysis Data Exchange 39 ARTICLE 10.

  • OPERATIONS 32 9.1 General 32 9.2 NYISO and Connecting Transmission Owner Obligations 32 9.3 Developer Obligations 32 9.4 Start-Up and Synchronization 33 9.5 Real and Reactive Power Control 33 9.6 Outages and Interruptions 34 9.7 Switching and Tagging Rules 37 9.8 Use of Attachment Facilities by Third Parties 38 9.9 Disturbance Analysis Data Exchange 38 ARTICLE 10.

  • OPERATIONS 33 9.1 General 33 9.2 NYISO and Connecting Transmission Owner Obligations 33 9.3 DeveloperInterconnection Customer Obligations 33 9.4 Start-Up and Synchronization 34 9.5 Real and Reactive Power Control 34 9.6 Outages and Interruptions 35 9.7 Switching and Tagging Rules 38 9.8 Use of Attachment Facilities by Third Parties 39 9.9 Disturbance Analysis Data Exchange 39 ARTICLE 10.

  • The Available Volume of the Providing Unit to provide SSRP in a Trading Period is equal to: :Steady-State Reactive Power Range x RP Factor x the percentage of the Trading Period during which the Providing Unit is Synchronised or connected to the Power System and capable of providing Reactive Power Control.

  • OPERATIONS 33 9.1 General 33 9.2 NYISO and Connecting Transmission Owner Obligations 33 9.3 Developer Obligations 34 9.4 Start-Up and Synchronization 34 9.5 Real and Reactive Power Control 34 9.6 Outages and Interruptions 35 9.7 Switching and Tagging Rules 39 9.8 Use of Attachment Facilities by Third Parties 39 9.9 Disturbance Analysis Data Exchange 39 ARTICLE 10.

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