Flowgates Sample Clauses

Flowgates. Only a subset of all transmission constraints that exist in either market will require coordinated congestion management. This subset of transmission constraints will be identified as Flowgates. For the purposes of the M2M coordination process (in addition to the studies described in Section 3 of this Schedule D) the following will be used in determining Flowgates. 2.1 NYISO and PJM will only be performing redispatch or NY-NJ PAR coordination on Flowgates that are under the operational control of NYISO or PJM. NYISO and PJM will not be performing redispatch or NY-NJ PAR coordination on Flowgates that are owned and controlled by third party entities. 2.2 The Parties will make reasonable efforts to lower their generator binding threshold to match the lower generator binding threshold utilized by the other Party. The generator and NY-NJ PAR binding thresholds (the shift factor thresholds used to identify the resource(s) available to relieve a transmission constraint), will not be set below 3%, except by mutual consent. This requirement is not an additional criterion for determination of Flowgates. 2.3 For the purpose of determining whether a monitored element Flowgate is eligible for redispatch or NY-NJ PAR coordination, a threshold for determining a significant GLDF or NY-NJ PARs PSF will take into account the number of monitored elements. Implementation of Flowgates will ordinarily occur through mutual agreement. 2.4 M2M Redispatch Flowgates and Other Coordinated Flowgates that are eligible for redispatch coordination are also eligible for coordinated operation of the NY-NJ PARs. Flowgates that are eligible for coordinated operation of the NY-NJ PARs are not necessarily also eligible for redispatch coordination. 2.5 The NYISO shall post a list of all of the Flowgates located in the New York Control Area (“NYCA”) on its web site. PJM shall post a list of all of the Flowgates located in its Control Area on its web site.
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Flowgates. (a) Flowgate definitions including seasonal TFC, TRM, CBM, a & b multipliers; (b) Flowgates to be added on demand; (c) List of Coordinated Flowgates; (d) List of Flowgates to recognize when processing transmission service (if different than list of Coordinated Flowgates); and (e) Requirements under Section 5.1.7. Southwest Power Pool - Rate Schedules and Seams Agreements Tariff - MISO-SPP Joint Operating Agreement - Rate Schedule 9 Article IV - Rate Schedule 9 Section 4.1 - Rate Schedule 9 Section 4.1.4 - Rate Schedule 9 Section 4.1.4.2
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Flowgates. Flowgates are facilities or groups of facilities that may act as significant constraint points on the system. As such, they are typically used to analyze or monitor the effects of power flows on the bulk transmission grid. Operating Entities utilize Flowgates in various capacities to coordinate operations and manage reliability. For the purpose of this process, there are three kinds of Flowgates: AFC Flowgates, which are defined in Appendix A, Coordinated Flowgates (CFs), which are defined below, and Reciprocal Coordinated Flowgates (RCFs), which are defined in “Reciprocal Operations” Section 6. A diagram illustrating how these three categories of Flowgates are determined is included as Appendix C.
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Flowgates. (a) Flowgate definitions including seasonal TTC, TRM, CBM, and a & b multipliers; (b) Flowgates to be added on demand; (c) List of Coordinated and Reciprocal Coordinated Flowgates; (d) List of Flowgates to recognize when selling point-to-point service (if different than list of Coordinated Flowgates); and (e) Requirements under Section 5.1.7.
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Flowgates. The Parties shall exchange the following information: (a) Flowgate definitions including seasonal TFC, TRM, CBM, and a & b multipliers; (b) Flowgates to be added on demand; (c) List of Coordinated Flowgates;
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Flowgates. Flowgates are facilities or groups of facilities that may act as significant constraint points on the system. As such, they are typically used to analyze or monitor the effects of power flows on the bulk transmission grid. Operating Entities utilize Flowgates in various capacities to coordinate operations and manage reliability. For the purposes of this process, there are two kinds of Flowgates: Coordinated Flowgates, which are defined below, and Reciprocal Coordinated Flowgates, which are defined in Section 6. A diagram illustrating how these two categories of Flowgates are determined is included as Appendix G.
Sample 1

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