Power System Controls Sample Clauses
The "Power System Controls" clause defines the requirements and standards for the operation and management of a facility's electrical power systems. It typically outlines the responsibilities for maintaining, monitoring, and adjusting power distribution, including the use of automated or manual controls to ensure stable and reliable electricity supply. For example, it may specify protocols for responding to power fluctuations or integrating backup generators. The core function of this clause is to ensure the safe, efficient, and uninterrupted operation of power systems, thereby minimizing the risk of outages and equipment damage.
Power System Controls. 1. Install one (1) RTU at the Generating Facility to monitor typical generation elements such as MW, MVAR, terminal voltage and circuit breaker status for the Generating Facility and plant auxiliary load, and transmit the information received thereby to the Distribution Provider’s grid control center. Notwithstanding that the RTU will be located on the Interconnection Customer’s side of the Point of Change of Ownership, the Distribution Provider shall own, operate and maintain the RTU as part of the Distribution Provider’s Interconnection Facilities.
2. Perform programming and in-service testing to add project to constraint management system including the addition of monitoring points.
Power System Controls. 1. Equipment required at Lebec Switchyard to receive the following information from PEF and transmit such information to the Participating TO’s Grid Control Center:
a. MW, MVAR, generator status, generator circuit breaker status and generator output voltage.
b. MW, MVAR, Bus kV and circuit breaker status on the new Pastoria–Lebec 220kV Transmission Line.
Power System Controls. Expand the Whirlwind Substation RTU to provide additional points required for the Project’s 220 kV generation tie-line position. Note: If final engineering designates, this position may be ultimately shared with a 500/220 kV transformer bank. In that case, the circuit breakers and disconnect switches will have to be rated for 4,000 Amps.
Power System Controls. Expand existing RTU at Whirlwind Substation to include points for status and alarms related to the new SPS relays and modify the programs of the planned Whirlwind AA-Bank SPS.
Power System Controls a. Point addition and CRAS hardware at ▇▇▇▇▇▇ Substation b. Point addition and CRAS hardware at Sylmar Substation.
Power System Controls. Whirlwind Substation RTU expansion to provide additional points, as specified in the AV Solar Ranch One LGIA. Modification of the points to the RTU at Whirlwind Substation, in order to incorporate interconnection of the Small Generating Facility.
Power System Controls. Expand RTUs at Antelope Substation to support the SPS The timing for the inclusion of the Large Generating Facility into this Northern Area SPS is tied to actual development of generation projects seeking interconnection to the Northern Area. Consequently, installation of these upgrades will be scheduled based on the rate at which generation projects execute interconnection agreements and rate at which such projects are actually constructed. The operating need for this upgrade will be assessed annually and construction will be scheduled accordingly to ensure that the project’s In Service Date, Initial Synchronization Date, Trial Operation Date, Commercial Operation Date, and Full Capacity Delivery status are not adversely affected.
Power System Controls. Expand RTU’s at Whirlwind Substation to support the SPS.
Power System Controls. 1. DERMS In-service testing and programming.
Power System Controls. One real-time RTU at the Phase I site and one real-time RTU at the Phase II site. Notwithstanding the fact that the RTUs will be located on the Interconnection Customer’s side of the Point of Change of Ownership, such facilities will be owned, operated and maintained by the Participating TO.