Telecommunications Circuits Clause Samples
The Telecommunications Circuits clause defines the responsibilities and requirements related to the provision, maintenance, and use of communication lines or circuits necessary for the performance of the contract. Typically, this clause specifies whether the client or the service provider is responsible for arranging and paying for the necessary telecommunications infrastructure, such as phone lines, internet connections, or dedicated data circuits. It may also outline standards for reliability, security, and response times in the event of service interruptions. The core function of this clause is to ensure that both parties clearly understand their obligations regarding telecommunications resources, thereby preventing disputes and ensuring uninterrupted service delivery.
Telecommunications Circuits. For Generator Tie Line protection, DTT, and data transmittal, the Developer shall install two (2) 24-strand, 1300 nm, single mode, fiber optic communication cables between the East Point Solar Collector Substation and the ▇▇▇▇▇▇▇▇ Substation, in accordance with Connecting Transmission Owner’s specifications. Connecting Transmission Owner standards require that the primary and secondary protection telecom circuits be physically separate and fully independent of each other. In accordance with the ESBs, the Developer is required to provide generator status to the Connecting Transmission Owner’s energy management system (“EMS”). As such, the Developer shall provide a distributed network protocol (“DNP”) enabled port on the remote terminal unit (“RTU”) at the East Point Solar Collector Substation. The Developer’s RTU at the East Point Solar Collector Substation shall connect at the ▇▇▇▇▇▇▇▇ Substation to a RS-232 serial port on the GarrettCom DX-940, or the RTUs, via the Developer’s fiber line between the two stations. (Note: Dymec RS-232 to fiber converters will be installed at the ▇▇▇▇▇▇▇▇ Substation.) All protection scheme design drawings and relay settings shall be prepared by the Developer’s NYS licensed professional engineer, and submitted to Connecting Transmission Owner for review, comment and acceptance, prior to application and testing, in accordance with Connecting Transmission Owner’s ESBs. Developer’s Attachment Facilities shall be designed, constructed, operated and maintained by the Developer in accordance with the Project Specific Specifications.
Telecommunications Circuits. The Developer is installing dual Optical Ground Wire (“OPGW”) on static arms of the Generator Lead Line structures, in the shield wire position, for the primary and redundant communications paths.
Telecommunications Circuits. For Generator Tie Line protection, DTT, and data transmittal, the Developer shall install two (2) 48-strand, single mode, fiber optic communication cables between the Flint Mine Solar Collector Substation and the Flint Mine Road Substation, in accordance with Connecting Transmission Owner’s specifications. Connecting Transmission Owner standards require that the primary and secondary protection telecom circuits be physically separate and fully independent of each other. In accordance with the ESBs, the Developer is required to provide generator status to the Connecting Transmission Owner’s emergency management system (“EMS”). As such, the Developer shall provide a distributed network protocol (“DNP”) enabled port on the remote terminal unit (“RTU”) at the Flint Mine Solar Collector Substation. The Developer’s RTU at the Flint Mine Solar Collector Substation shall connect at the Flint Mine Road Substation to a RS- 232 serial port on the GarrettCom DX-940E, or the Connecting Transmission Owner’s RTU, via the Developer’s fiber line between the two stations. (Note: Dymec RS-232 to fiber converters will be installed at the Flint Mine Road Substation.) All protection scheme design drawings and relay settings shall be prepared by the Developer’s NYS licensed professional engineer, and submitted to Connecting Transmission Owner for review, comment and acceptance, prior to application and testing, in accordance with Connecting Transmission Owner’s ESBs.