Power Evacuation Sample Clauses

Power Evacuation. The evacuation of electric power delivered at Bohrompur Substation, Murshidabad, India, will be through the two 400 kV circuits to Bheramara 400/230 kV substations owned by PGCB.
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Power Evacuation. The Company shall construct 230 kV switchyard for evacuation of power with the provision for termination of two 230 kV circuit. This 230 kV switchyard along with Along with line breaker, CT, PT and other necessary equipments and associated relays, controls, protection, communication and instrument system will be operate and maintained by the Company. The company will also construct 230 kV connecting lines (U/G or O/H) from power plant to the 230 kV switchyard (the "Electrical Interconnection Facility"). In addition the company will install, maintain & operate separate synchronizing breaker for each generating units. The Company shall provide communication links to the power grid SCADA system including adequate Remote Terminal Unit (RTU) points to accommodate the PGCB and the National Load Dispatch Center (NLDC) requirements. The Company shall be responsible for construction of the interconnections between the switchyard and the Facility. Switchyard and line design standards should be as per Functional Specification. Line relays and controls at the switchyard shall be provided by the Company.
Sample 1
Power Evacuation. The evacuation of electric power generated by the Facility, will be through upcoming Keraniganj 132/33 kV 2x50/75 MVA substation to be constructed by the Company attached to the proposed power plant having the provision for termination of four 132 kV ckts from Hasnabad, Kamrangirchar & Kollyanpur. The Facility will be connected to this S/S by two 132 kV ckts O/H/U/G line (Interconnection Line) from the Facility. This Interconnection Line along with 132/33 kV S/S (hereinafter defined as "EIF") will be constructed by the Company. After commissioning 132 /33 kV S/S will be handed over to PGCB for at no cost. PGCB will operate & maintain the 132/33 kV substation after handing over. In addition to that the Company will install, operate & maintain separate 132 kV synchronizing breaker for each machines at the high voltage side of step-up Transformer and also construct the connecting lines (U/G/O/H) for connection as mentioned earlier.
Sample 1
Power Evacuation. The evacuation of electric power to be generated by the Facility, will be through 132/33 kV Halishahar Grid Substation, Chittagong. The proposed power plant will be connected to the 132/33 kV Halishahar Grid Substation, Chittagong by a single ckt 132 kV (O/H or U/G, as required) line (Interconnection line) from proposed power plant. This interconnection line will be implemented by the Project Company at its own cost. In addition to that the project company will install, operate & maintain separate 132 kV synchronizing breaker for its machine at the high voltage side of step-up Transformer and also construct the connecting lines for connection as mentioned earlier.
Sample 1
Power Evacuation. The evacuation of electric power to be generated by the Facility, will be through 33kV bus bar of 132/33/11 kV Matuail Grid Substation, Narayanganj. The proposed power plant will be connected to the 33kV Bus bar of 132/33/11 kV Matuail Grid Substation, Narayanganj by a single circuit 33 kV (O/H and/or U/G, as required) line (Interconnection line) from proposed power plant. The Company shall construct and thereafter maintain the interconnection line. This interconnection line will be implemented by the Company at its own cost. The Company will also arrange necessary right of way for constructing Electrical Interconnection from its power plant to DPDC’s substation. In addition to that the project company will install, operate & maintain separate 33 kV synchronizing breaker for its machine at the high voltage side of step-up Transformer and also construct the connecting lines for connection. The required 33 kV bay extension including circuit breaker, CT, PT, panel etc. of 132/33/11 kV Matuail Grid Substation will be implemented by the Company at its own cost and responsibility. The evacuation system will be completed in consultation and approval of Dhaka Power Distribution Company Ltd (DPDC). The Company shall maintain and operate the Electrical Interconnection Facility (EIF) including replacement of equipment (if required) at its own cost and responsibility throughout the Term.
Sample 1
Power Evacuation. The evacuation of electric power to be generated by the Facility will be through existing 230/132 kV Ghorashal Power Plant attached substation. The Facility will be connected to the 230 kV bus of Ghorashal 230/132 kV substation by a single ckt 230 kV (U/G) line (Interconnection Line) from the Facility. This Interconnection Line & equipping of one 230 kV bay at Ghorashal 230 kV switchyard (the "EIF") will be implemented by the Company. The extended 230 kV bay will be handed over to PGCB at no cost after commissioning. After handing over PGCB will operate & maintain the equipments of the bay. In addition to that the Company will install, operate & maintain separate 230 kV synchronizing breaker for its machine at the high voltage side of step-up Transformer and also construct the connecting lines for connection as mentioned above.
Sample 1
Power Evacuation. The evacuation of electric power to be generated by the Facility, will be through 11kV bus bar of 33/11 kV Baghoir Substation, PBS-4, Keranigonj. The proposed power plant will be connected to the 11kV Bus bar of 33/11 kV Baghoir Substation, PBS-4, Keranigonj by a single circuit 11 kV (O/H and/or U/G, as required) line (Interconnection line) from proposed power plant. The Company shall construct and thereafter maintain the interconnection line. This interconnection line will be implemented by the Company at its own cost. The Company will also arrange necessary right of way for constructing Electrical Interconnection from its power plant to REB’s substation. In addition to that the project company will install, operate & maintain separate 11 kV synchronizing breaker for its machine at the high voltage side of step-up Transformer and also construct the connecting lines for connection. The required 11 kV bay extension including circuit breaker, CT, PT, panel etc. of 33/11 kV Xxxxxxx Xxxxxxxxxx, XXX-0, Keranigonj will be implemented by the Company at its own cost and responsibility. The evacuation system will be completed in consultation and approval of Rural Electrification Board (REB). The Company shall maintain and operate the Electrical Interconnection Facility (EIF) including replacement of equipment (if required) at its own cost and responsibility throughout the Term.
Sample 1
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Power Evacuation. The evacuation of electric power generated by the Facility, will be through Kaliakoir Hitech park 132 kV switchyard to be constructed by the project company attached to the proposed power plant having the provision for termination of four 132 kV ckts from Kabirpur, & Tangail, a separate control room building for the switchyard & space for installing at least two 132/33 kV transformer in future. This four ckts 132 kV line from the Kabirpur–Tangail 132 kV line to the Power Plant Site which will be about 4 km long should have to be constructed by the project company. The proposed power plant will be connected to this Switchyard by a one 132 kV ckt O/H / U/G line. 4 km four ckts 132 kV line, interconnection line & 132 kV Switchyard will be constructed by the Project Company and after commissioning this 132 kV Switchyard and interconnection line will be handed over to PGCB for at no cost. PGCB will operate & maintain the 132 kV Switchyard after handing over. In addition to that the project company will install, operate & maintain separate 132 kV synchronizing breaker at the high voltage side of step-up Transformer.
Sample 1
Power Evacuation. The evacuation of electric power generated by the Facility will be through the two 230 kV circuits to Barisal 230/132 kV substations to be constructed & owned by PGCB. The Facility will be connected to the 230 kV switchyard to be constructed by the Company at its own cost and shall have the provision for termination of two 230 kV lines from Barisal. The Company will also install a 230/33 kV transformer of capacity 70 MVA at the switchyard for drawing start up power before commissioning & to supply power to Bhola 33 kV network after commissioning of the Facility. The 230 kV switchyard along with 230/33 kV 70 MVA transformer and interconnection line between 230 kV switchyard and dead end tower of 230 kV Barisal- Borhanuddin transmission line (the "Electrical Interconnection Facility or EIF") shall be constructed by the Company and will be handed over to PGCB at no cost after commissioning of the Facility. After handing over, PGCB will operate & maintain the EIF. In addition to that the Company will install, operate & maintain separate 230 kV synchronizing breaker for each units at the high voltage side of step-up Transformer and also construct the connecting lines (U/G or O/H) for connection of the individual units and to take the auxiliary supply. Switchyard and line design standards should be as per Functional Specification.
Sample 1

Related to Power Evacuation

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  • Power System Stabilizers The Developer shall procure, install, maintain and operate Power System Stabilizers in accordance with the requirements identified in the Interconnection Studies conducted for Developer’s Large Generating Facility. NYISO and Connecting Transmission Owner reserve the right to reasonably establish minimum acceptable settings for any installed Power System Stabilizers, subject to the design and operating limitations of the Large Generating Facility. If the Large Generating Facility’s Power System Stabilizers are removed from service or not capable of automatic operation, the Developer shall immediately notify the Connecting Transmission Owner and NYISO. The requirements of this paragraph shall not apply to wind generators.

  • Classroom Management The certificated classroom teacher demonstrates in his/her performance a competent level of knowledge and skill in organizing the physical and human elements in the educational setting.

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  • Power Factor Design Criteria (Reactive Power A wind generating plant shall operate within a power factor within the range of 0.95 leading to 0.95 lagging, measured at the Point of Interconnection as defined in this LGIA in order to maintain a specified voltage schedule, if the Interconnection System Impact Study shows that such a requirement is necessary to ensure safety or reliability. The power factor range standard can be met by using, for example, power electronics designed to supply this level of reactive capability (taking into account any limitations due to voltage level, real power output, etc.) or fixed and switched capacitors, or a combination of the two, if agreed to by the Participating TO and CAISO. The Interconnection Customer shall not disable power factor equipment while the wind plant is in operation. Wind plants shall also be able to provide sufficient dynamic voltage support in lieu of the power system stabilizer and automatic voltage regulation at the generator excitation system if the Interconnection System Impact Study shows this to be required for system safety or reliability.

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  • Connectivity User is solely responsible for providing and maintaining all necessary electronic communications with Exchange, including, wiring, computer hardware, software, communication line access, and networking devices.

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