Overhead Transmission Line Clause Samples

The "Overhead Transmission Line" clause defines what constitutes an overhead transmission line within the context of the agreement. Typically, this refers to electrical power lines that are installed above ground, supported by poles or towers, and used for the transmission of electricity over distances. The clause may specify the technical standards, ownership, or maintenance responsibilities associated with such lines. Its core function is to ensure all parties have a clear and consistent understanding of what is meant by "overhead transmission line" to avoid ambiguity in the application of the contract.
Overhead Transmission Line. Number of Circuits: 1 Nominal Phase to Phase Voltage: 230kV Line Terminus 1: IID El Centro Switching Station 230kV Bus Bus Configuration: Ring bus or breaker and a half (BAAH) Line Terminus 2: SDG&E Imperial Valley 230kV Bus Bus Configuration: Breaker and a half (BAAH) 1 El Centro Switching Station Upgrades; IID shall undertake El Centro Switching Station upgrades by installation of Bank No. 5 transformation that will include a 332 MVA 230/92kV transformer. These upgrades shall be at the sole cost of IID, with neither the CAISO nor Citizens having any responsibility for the cost of these upgrades. The incremental capacity in the S-Line created by the El Centro Switching Station Upgrades shall be shared as set forth below. Minimum Line Continuous Ampacity – Summer: 1,757 Amps (~700 MVA) Minimum Line Continuous Ampacity – Winter: 1,757 Amps (~700 MVA) Minimum Line 4 Hour Emergency Ampacity – Summer: 1,757 Amps (~700 MVA) Minimum Line 4 Hour Emergency Ampacity – Winter: 1,757 Amps (~700 MVA) Minimum Line 30 Minute Emergency Ampacity – Summer: 2,134 Amps (~850 MVA) Minimum Line 30 Minute Emergency Ampacity – Winter: 2,134 Amps (~850 MVA) Approximate Line Impedance: resistance: .0015 to .002, reactance: .018 to .022 per unit on a 100 MVA base. Maximum Line Resistance: .002 per unit on a 100 MVA base Approximate Line Length: 18.1 miles Preliminary In Service Date: April 27, 2023 Support Structures: Steel Shield Wire Requirement: Optical ground wire (minimum 6 pairs of fibers) Failure Containment Loading Mitigation (anti-cascade structures, etc.): Per applicable codes Shield Wire Ground Fault Withstand Ampacity: Coordinate with interconnecting entities Aeolian Vibration Control (Conductor and Shield Wire): Vibration dampers must be installed on all conductors and overhead shield wires, with the exception of slack spans Transmission Line Minimum BIL: 1,050kV (900kV for solidly grounded systems) Minimum ROW Width: Per applicable codes Governing Design and Construction Standards: GO 95, NESC Code, applicable municipal codes Citizens will contract with IID to have IID make reasonable efforts to have construction started no later than July 1, 2021. Governing Design and Construction Standards: NESC Code, applicable municipal codes *Milestone date per Appendix E
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Overhead Transmission Line. An approximate 0.25-mile long overhead 500 kV transmission line will extend from the project substation to the point of interconnection with the existing BA transmission system at the BPA Wautoma substation.
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Related to Overhead Transmission Line

  • Transmission Facilities The NTO owns certain transmission facilities over which the ISO will have day-to-day operational control to maintain these facilities in a reliable state, as defined by the Reliability Rules and all other applicable reliability rules, standards and criteria, and in accordance with the ISO Tariffs, ISO Related Agreements and ISO Procedures (“ISO Operational Control”). These NTO facilities shall be classified as “NTO Transmission Facilities Under ISO Operational Control,” and are listed in Appendix A-1 of this Agreement. The NTO also will be responsible for providing notification to the ISO with respect to actions related to certain other transmission facilities. These facilities shall be classified as “NTO Transmission Facilities Requiring ISO Notification,” and are listed in Appendix A-2 of this Agreement. Transmission facilities may be added to, or deleted from, the lists of facilities provided in Appendices A-1 and A-2 herein by mutual written agreement of the ISO and the NTO owning and controlling such facilities. Currently listed facilities will be posted on the ISO’s OASIS.

  • NYISO and Connecting Transmission Owner Obligations Connecting Transmission Owner and NYISO shall cause the New York State Transmission System and the Connecting Transmission Owner’s Attachment Facilities to be operated, maintained and controlled in a safe and reliable manner in accordance with this Agreement and the NYISO Tariffs. Connecting Transmission Owner and NYISO may provide operating instructions to Developer consistent with this Agreement, NYISO procedures and Connecting Transmission Owner’s operating protocols and procedures as they may change from time to time. Connecting Transmission Owner and NYISO will consider changes to their respective operating protocols and procedures proposed by Developer.

  • Connecting Transmission Owner’s Attachment Facilities Connecting Transmission Owner shall design, procure, construct, install, own and/or control the Connecting Transmission Owner’s Attachment Facilities described in Appendix A hereto, at the sole expense of the Developer.

  • Connecting Transmission Owner Obligations Connecting Transmission Owner shall maintain its transmission facilities and Attachment Facilities in a safe and reliable manner and in accordance with this Agreement.

  • CONNECTING TRANSMISSION OWNER’S INTERCONNECTION FACILITIES As depicted on the one-line diagram in Attachment 3, the Connecting Transmission Owner’s Interconnection Facilities consist of the following constructed or installed between the POI and PCO, as well as metering and telecommunications located at the ▇▇▇▇▇ Solar Collector Substation.