Inverter Equipment Pads and Substation Foundation Sample Clauses

Inverter Equipment Pads and Substation Foundation. Electrical equipment will be located onsite in multiple locations. There will be one inverter building (that houses two inverters and one associated transformer) for every approximately 7 acres of solar field. One inverter building will house (2) 500-kW inverters, so there will be one inverter building for every 1 MW of solar field. Approximately 7 acres are needed for a 1-MW solar array. As stated in Section 2.6.3, approximately 145 acres of modules will be installed within the 982 acre proposed project area. Up to 75 inverter buildings will be needed. The inverter stations will require a concrete pad of approximately 40 by 10 feet. The inverter buildings will be approximately 10 feet tall. Wiring connecting module arrays to the inverters and the inverters to the substation will need to be run in underground cables (Attachment B, Photos 11, 12, and 13). Trenching is required for the conductors from the inverter buildings to the main substation. Trenching requires removing earth in a section of several feet wide by approximately 2 to 3 feet deep. The substation will require an area of approximately 10 acres. The substation consists of a steel support structure that is 15 to 20 feet tall. The substation will be surrounded by a cyclone fence that is approximately 10 feet tall. The substation will include a small control building, approximately 20 feet wide by 20 feet long, that is enclosed with air conditioning. Pending location of the substation, overhead electrical distribution lines may be required to connect the substation with BPA’s transmission line. Poles supporting the overhead lines will be required approximately every 750 feet. Installation of inverter equipment pads and other foundations will occur over a period of approximately 5 to 6 months.
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