Real-time Market Coordination Sample Clauses

Real-time Market Coordination. The Parties will explore joint methods to relieve the other Party’s binding constraint(s) in real-time.
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Real-time Market Coordination. When any of the transmission constraints that have been identified as requiring coordinated transmission congestion management become binding in the monitoring Party’s security constrained economic dispatch, then the monitoring Party will notify the non-monitoring Party and provide the economic value of the constraint (i.e. the shadow price). Using this information, the security-constrained economic dispatch of the non- monitoring Party will take the transmission constraint into account, causing that Party to redispatch generation to manage the constraint, but only if the cost of redispatch is less than the constraint shadow price as calculated by the monitoring Party. This process will continue over the next several dispatch cycles, allowing the transmission congestion to be managed in a coordinated, cost-effective manner by the Parties. The iterative coordination process will be supported by automated data exchanges in order to ensure the process is manageable in a real-time environment. The iterative protocol developed as of the execution of this Agreement, is stated in Sections 11.2.5.1 through 11.2.5.6, which protocol is tentative and is expected to be revised.
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Real-time Market Coordination. When any of the transmission constraints that have been identified as requiring coordinated transmission congestion management become binding in the monitoring Party’s security constrained economic dispatch, then the monitoring Party will notify the non-monitoring Party and provide the economic value of the constraint (i.e. the shadow price). Using this information, the security-constrained economic dispatch of the non- monitoring Party will take the transmission constraint into account, causing that Party to redispatch generation to manage the constraint, but only if the cost of redispatch is less than the constraint shadow price as calculated by the monitoring Party. This process will continue over the next several dispatch cycles, allowing the transmission congestion to be managed in a coordinated, cost-effective manner by the Parties. The iterative coordination process will be supported by automated data exchanges in order to ensure the process is manageable in a real-time environment. FERC Electric Tariff, Rate Schedule Xx. 0 Xxxxxxxxxxx Xxxxxxxx Xxxxx Xx. 00 XXX Interconnection, L.L.C. FERC Electric Tariff, Rate Schedule No. 38 The iterative protocol developed as of the execution of this Agreement, is stated in Sections 11.2.5.1 through 11.2.5.6, which protocol is tentative and is expected to be revised.
Sample 1

Related to Real-time Market Coordination

  • Project Coordination The Engineer shall coordinate all subconsultant activity to include quality and consistency of deliverables and administration of the invoices and monthly progress reports. The Engineer shall coordinate with necessary local entities.

  • Utility Coordination Identify all potential utility conflicts and provide preliminary office check plans showing the problem locations, posted to the City’s FTP site. Plans will clearly identify specific utility company facilities by color and by name (i.e. not just “gas” or “fiber optic”). ENGINEER shall include a conflict list for each utility, also posted to the FTP site. ENGINEER shall meet with utility company representatives to review plans and utility verification forms (Attachment No. 3 to Exhibit “A”) at each milestone date and as directed by the CITY and as determined necessary by the ENGINEER. This in- formation will be compiled into a summary report (Attachment No. 4 to Exhibit “A” also available on the City’s FTP site) maintained and updated by ENGINEER as necessary to present a cohesive and reflective status of utilities, and provided to the City as necessary. ENGINEER shall maintain involvement with utility companies until all conflicts have been resolved (not just identified). When appropriate, the City Engineer will approve the identification on plans of conflicts to be resolved during construction. ENGINEER shall meet with involved utility company/ies and project contractor to resolve any conflicts with utilities that occur during construction.

  • Donor Coordination Throughout the multi-year development of the Compact, MCC and the Government have engaged in an inclusive process that included consultations with the United States Government, Nepali communities and key private sector actors, non-government actors, and other donors as well as multilateral organizations. In particular, MCC worked closely with the World Bank and the Asian Development Bank in reviewing and agreeing on various power sector reforms required in Nepal for future programming by the two banks. MCC also consulted frequently with the United Kingdom’s Department for International Development (“DFID”) during its preparation of a political economy analysis of power sector reform.

  • Order Coordination and Order Coordination-Time Specific 2.1.9.1 “Order Coordination” (OC) allows BellSouth and Global Connection to coordinate the installation of the SL2 Loops, Unbundled Digital Loops (UDL) and other Loops where OC may be purchased as an option, to Global Connection’s facilities to limit end user service outage. OC is available when the Loop is provisioned over an existing circuit that is currently providing service to the end user. OC for physical conversions will be scheduled at BellSouth’s discretion during normal working hours on the committed due date. OC shall be provided in accordance with the chart set forth below.

  • General Coordination 5.1.1 Contractor’s Pre-Construction Phase Services team shall attend Project Team meetings with Owner, Owner representatives, and A/E at regularly scheduled intervals throughout the Pre-Construction Phase. Frequent Project Team meetings are anticipated prior to Owner acceptance of the GMP and during completion of the Construction Documents.

  • Project Management and Coordination The Engineer shall coordinate all subconsultant activity to include quality of and consistency of work and administration of the invoices and monthly progress reports. The Engineer shall coordinate with necessary local entities.

  • Care Coordination The Parties’ subcontract shall require that the Enrollee’s CP Care Coordinator provide ongoing care coordination support to the Enrollee in coordination with the Enrollee’s PCP and other providers as set forth in Section 2.6.

  • Project Coordinator 3. Within 14 days of the effective date of this Consent Agreement, DTSC and Respondent shall each designate a Project Coordinator and shall notify each other in writing of the Project Coordinator selected. Each Project Coordinator shall be responsible for overseeing the implementation of this Consent Agreement and for designating a person to act in his/her absence. All communications between Respondent and DTSC, and all documents, report approvals, and other correspondence concerning the activities performed pursuant to this Consent Agreement shall be directed through the Project Coordinators. Each party may change its Project Coordinator with at least seven days prior written notice. WORK TO BE PERFORMED

  • Program Coordinator An individual designated by the program director to assist the program director in managing Match activities.

  • Cooperation and Coordination The Parties acknowledge and agree that it is their mutual objective and intent to minimize, to the extent feasible and legal, taxes payable with respect to their collaborative efforts under this Agreement and that they shall use all commercially reasonable efforts to cooperate and coordinate with each other to achieve such objective.

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