EMS-RTU. The Connecting Transmission Owner will procure and provide the remote telemetry unit (“RTU”) to the Interconnection Customer for installation on the mounting panel. The RTU cabinet is typically 42" H x 30" W x 12" D and shall be wall-mounted with the bottom edge 36" above the floor with a 5-foot clear working space in front of the mounting panel.
EMS-RTU. Connecting Transmission Owner will procure and provide the Connecting Transmission Owner owned-RTU to the Interconnection Customer for installation on the mounting panel. The RTU cabinet is typically 42”H x 30”W x 12”D and shall be wall-mounted.
EMS-RTU. The Connecting Transmission Owner’s RTU shall be located in the Bakerstand Solar Collector Substation. The size of the RTU cabinet will be 42”H x 30”W x 12”D.
EMS-RTU. The Connecting Transmission Owner’s RTU shall be located in the Xxxxxx Road Collector Substation control enclosure. The size of the RTU cabinet is 42”H x 30”W x 12”D.
EMS-RTU. The Connecting Transmission Owner will procure and provide the RTU to the Interconnection Customer for installation on the mounting panel. The RTU cabinet is typically 42" H x 30" W x 12" D. It shall be wall-mounted with the bottom edge 36" above the floor with a 5- foot clear working space in front of the mounting panel. As per ESB 752, the Interconnection Customer shall install the RTU indoors and within 15 feet of the meter(s), and remote from: • Heavy traffic areas, work areas, and loading areas; • Heat producing or high electrostatic or electromagnetic field producing equipment; and • Station batteries. The Connecting Transmission Owner shall complete all wiring, testing and commissioning.
EMS-RTU. The Connecting Transmission Owner provided RTU shall be located at the Sky High Solar Collector Substation.
EMS-RTU. The RTU will be located at the Hills Solar Collector Substation in an RTU cabinet that is typically 42”H x 30”W x 12”D, wall-mounted with the bottom edge 36” above the floor with a 5-foot clear working space in front of the mounting panel. (Note: If no indoor facility is available, then installation of the RTU and revenue metering equipment in a dedicated, weatherproof, heated cubicle (accessible only to Connecting Transmission Owner) is acceptable.)
EMS-RTU. The Connecting Transmission Owner will procure and provide the RTU to the Interconnection Customer for installation on the mounting panel. The RTU cabinet is typically 42” H x 30” W x 12” D and shall be wall-mounted with the bottom edge 36” above the floor with a 5-foot clear working space in front of the mounting panel. The Interconnection Customer shall provide a dedicated 10A, 48 VDC or 125 VDC circuit for the RTU from the station battery system for the Xxxxxx Solar Collector Substation. The Connecting Transmission Owner shall procure and install the Ruggedcom RX1501 gateway required for interfacing the RTU to the Connecting Transmission Owner’s energy management system (“EMS”) network, and will complete all wiring, testing and commissioning of the RTU.
EMS-RTU. The Connecting Transmission Owner will procure and provide the RTU to the Developer for installation in the Roaring Brook Wind Collector Station control enclosure. The RTU cabinet is typically 42" H x 30" W x 12" D and shall be wall-mounted with the bottom edge 36" above the floor with a 5-foot clear working space in front of the mounting panel. As per ESB 756A, the Developer shall install the RTU indoors and within 15 feet of the meter(s), and remote from: • Heavy traffic areas, work areas, and loading areas; • Heat producing or high electrostatic or electromagnetic field producing equipment; and • Station batteries. A dedicated 20A, 120VAC, single phase 60 hertz power circuit is required for the RTU. All conduit and wiring (minimum of No. 10 AWG copper) to the telemetry cabinet for this circuit shall enter the cabinet from the bottom. A 3-ft length of all conductors shall be provided for final Connecting Transmission Owner connection cabinet. A dedicated 10A, 48VDC or a preferred 125VDC input is required to the RTU from the station battery. The Connecting Transmission Owner-owned revenue meter at the Roaring Brook Wind Collector Substation shall connect to the RTU via RS-485. RS-485 to RS-232 converters will be required. The Connecting Transmission Owner shall complete all final termination of Developer supplied wiring within the RTU cabinet, along with all RTU testing and commissioning. A data communication service shall be installed by the Developer in accordance with Section 1(a) above. Required EMS data requirements are as follows: • Status of 230kV switch; • Status of 230kV circuit breaker; • MW at 230kV line side of the generator step-up (“GSU”) transformer; • MVAR at 230V line side of the GSU transformer; and • Dispatch signals (if required) will be required to be transmitted to or from the NYISO via the Connecting Transmission Owner’s EMS RTU. To determine the data requirements of the NYISO, the Developer shall contact the appropriate customer service representative at the NYISO for determination of the economic model that will be applied for the Large Generating Facility. The Developer shall convey to the Connecting Transmission Owner, as part of its initial final design and equipment specifications submittal, the NYISO’s data requirements and PTID for incorporation in the system design.
