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’s Attachment Facilities. The PCO and the Point of Interconnection (“POI”) are designated on Figure A-1 to this Appendix A. The Connecting Transmission Owner’s Attachment Facilities (“CTOAFs”) include the facilities between the PCO and the POI. As depicted in Figure A-1, the CTOAFs include the following major electrical and physical equipment:
Connecting Transmission Owner’s Attachment Facilities. The Connecting Transmission Owner’s Attachment Facilities are diagrammed in Figure A-1 of this Appendix A.
Connecting Transmission Owner’s Attachment Facilities. The PCO and the Point of Interconnection (“POI”) are designated on Figure A-1 to this Appendix A. The Connecting Transmission Owner’s Attachment Facilities (“CTOAFs”) include the facilities from the PCO to the POI. As depicted in Figure A-1, the CTOAFs include the following major electrical and physical equipment: Three (3) 362 kV, 3000A, 63 kA SF6 insulated, disconnect switches with ground switches and pothead enclosures; Eighteen (18) C800, 600 V, 3000/5A, slip over current transformers; Nine (9) 600 V, 3000/5A, revenue meter class current transformers. Pursuant to Article 5.1.3 of this Agreement, the Developer has chosen the option to build the CTOAFs. The Developer will design and construct the CTOAFs in accordance with Applicable Laws and Regulations and the applicable requirements and standards of the Connecting Transmission Owner set forth in Appendix H, and subject to the Connecting Transmission Owner’s approval, to the extent not inconsistent with the terms of this Agreement or the NYISO OATT. The Developer will provide the CTOAFs to the Connecting Transmission Owner in such condition that they comply with all Applicable Laws and Regulations.
Connecting Transmission Owner’s Attachment Facilities. The Connecting Transmission Owner’s Attachment Facilities include all facilities between the Point of Change of Ownership and the Point of Interconnection. The Connecting Transmission Owner’s Attachment Facilities will contain the revenue metering units, one (1) 115 kV disconnect switch and the necessary 115 kV bus work and structures to connect the new Point of Interconnection substation, known as the Xxxxxxx Xxxx Substation, with the Developer’s Attachment Facilities. This includes the following major electrical and physical equipment:
Connecting Transmission Owner’s Attachment Facilities. The PCO and the Point of Interconnection (“POI”) are designated on Figure A-1 to this Appendix A. The Connecting Transmission Owner’s Attachment Facilities (“CTOAFs”) include the facilities from the PCO to the POI. As depicted in Figure A-1, the CTOAFs include the following major electrical and physical equipment: Three (3) 362 kV, 3000A, 63 kA SF6 insulated, disconnect switches with ground switches and pothead enclosures; Eighteen (18) C800, 600 V, 3000/5A, slip over current transformers; Nine (9) 600 V, 3000/5A, revenue meter class current transformers. Pursuant to Article 5.1.3 of this Agreement, the Developer has chosen the option to build the CTOAFs. The Developer will design and construct the CTOAFs in accordance with Applicable Laws and Regulations and the applicable requirements and standards of the Connecting Transmission Owner set forth in Appendix H, and subject to the Connecting Transmission Owner’s approval, to the extent not inconsistent with the terms of this Agreement or the NYISO OATT. The Developer will provide the CTOAFs to the Connecting Transmission Owner in such condition that they comply with all Applicable Laws and Regulations. System Upgrade Facilities (“SUFs”): Stand Alone System Upgrade Facilities: The Developer will design, procure, and construct a new 345 kV Gas Insulated Substation (“GIS”) configured as a six (6) breaker ring bus (“Cricket Valley Substation”). The Cricket Valley Substation will consist of the following major electrical and physical equipment: Indoor GIS-related Equipment Six (6) Breakers 362 kV SF6 insulated GIS, 3000 A continuous, 63 kA interrupting;
Connecting Transmission Owner’s Attachment Facilities. National Grid 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’s Attachment Facilities. The Connecting Transmission Owner’s Attachment Facilities include all facilities between the Point of Change of Ownership and the Point of Interconnection. The Connecting Transmission Owner’s Attachment Facilities will contain the revenue metering units, one (1) 115 kV disconnect switch and the necessary 115 kV bus work and structures to connect the new Point of Interconnection substation, known as the Xxxxxxx Xxxx Substation, with the Developer’s Attachment Facilities. This includes the following major electrical and physical equipment: Three (3) 115 kV, 1200A, TPST, vert. brk. w/arc. horns disconnect switches Three (3) Meter Combo Units CT/VT 115kV, 600/300:5 MA; Grounding materials; Conduit and trench; Control cabling; 115 kV Bus work; and 115 kV Structures. The Connecting Transmission Owner’s Attachment Facilities shall be designed, procured, and constructed by the Developer. The Connecting Transmission Owner shall perform design reviews, construction supervision, and testing of the Connecting Transmission Owner’s Attachment Facilities.
Connecting Transmission Owner’s Attachment Facilities. 138 kV cable from the point between bus section 14 and bus tie feeder 100 to the 138 kV potheads which are owned by the Interconnection Customer in the Connecting Transmission Owner’s Jamaica 138 kV Substation; One (1) 138kV 63-kA dedicated feeder breaker 15 and associated current transformers, coupling capacitor voltage transformers, disconnect switches, ground switches, surge arresters, associated buswork, and supports at the Jamaica 138 kV Substation; Two (2) 138 kV disconnect switches associated with feeder breaker 15 at the Jamaica 138 kV Substation, Interconnection Customer
Connecting Transmission Owner’s Attachment Facilities. The PCO and the Point of Interconnection (“POI”) are designated in Figure A-1 to this Appendix A. The Connecting Transmission Owner’s Attachment Facilities (“CTOAFs”) include the facilities from the PCO to the POI. As depicted in Figure A-1, the CTOAFs include the following major electrical and physical equipment: One (1) Line Disconnect Switch, motor operated, 3-phase, vertical break, 115 kV nominal, 121 kV maximum system voltage, 550 kV BIL, 2000 A Continuous with 3-phase manual group operated ground switch; Three (3) 115 kV Current Transformer/Voltage Transformer (“CT/VT”) metering units, 550 kV BIL, metering accuracy (use for metering and synch); Three (3) Lightning Arresters 120 kV duty cycle, 98 kV Maximum Continuous Operating Voltage (“MCOV”); 115 kV structures; Foundations; 115 kV termination structure with foundations; 115 kV bus work; Lightning masts; Conduit and trench; Control cabling; Grounding material; Excavation, backfilling, grading, drainage, and crushed stone surfacing. Pursuant to Article 5.1.3 of this Agreement, the Developer has chosen the option to build the CTOAFs. The Developer will design and construct the CTOAFs in accordance with NYPA Design Criteria for Developer Connection to the New York Power Authority Transmission System and NYPA Project Management Criteria for Developer Connection to NYPA Transmission System, including applicable NERC Reliability Standards and NPCC Directives (including those NERC Standards and NPCC Directives in effect at the time of the construction of the CTOAFs and those approved for future implementation) to the extent not inconsistent with this Agreement or the NYISO OATT. System Upgrade Facilities (“SUFs”): Stand Alone System Upgrade Facilities: The Developer will perform an expansion of the existing 115 xX Xxxxxx Substation (“Xxxxxx Substation”) from a four breaker ring bus to a five breaker ring bus configuration. The expansion of the Xxxxxx Substation includes the following major electrical and physical equipment: One (1) SF6, Circuit Breaker 115 kV nominal system voltage, 121 kV maximum system voltage, 550 kV BIL, 3000 A Continuous, 50 kA Interrupting, 6 sets of Bushing Current Transformers 3000/5A MR Relay Acc.C800; Two (2) Group Operated Disconnect Switches, three phase, vertical break, 115 kV nominal, 121 kV maximum system voltage, 2000 A Continuous, 550 kV BIL w/aux. switches; 115 kV structures; Foundations; 115 kV bus work; Conduit and trench; Control cabling; Grounding materials; Excavatio...
