Bogart Substation | Ohio Electrical Substation Operated by Ohio Edison

Bogart Substation is an operational electrical substation located in Ohio, United States, and operated by Ohio Edison. As part of the regional transmission and distribution network, it plays a role in stepping down high-voltage electricity for local distribution. The facility is situated in an area with a mix of urban and rural infrastructure, typical of Ohio's industrial and residential energy demand. The substation operates at voltage levels of 69,000 volts (69 kV) and 12,470 volts (12.47 kV), indicating its function as a distribution substation that connects transmission lines to lower-voltage distribution networks. In the United States, such facilities are subject to reliability standards set by the North American Electric Reliability Corporation (NERC) and regulated by the Federal Energy Regulatory Commission (FERC) for interstate transmission. Ohio Edison, a subsidiary of FirstEnergy, operates under these frameworks to ensure grid stability and compliance. The environmental context of Bogart Substation includes its location in a region with seasonal weather variations, including winter storms and summer heat, which can affect electrical infrastructure. The substation's design and maintenance practices are aligned with industry standards to mitigate risks from weather and aging equipment. Its role in the local grid supports residential, commercial, and industrial customers, contributing to the reliability of electricity supply in the area.

Bogart Substation is located in Ohio, a region with a temperate climate that experiences cold winters and warm summers. The substation's equipment is designed to withstand temperature extremes and weather events such as ice storms and thunderstorms, which can impact electrical infrastructure. The surrounding area includes a mix of agricultural and developed land, with the substation positioned to serve both rural and urban loads. Its voltage levels and operational status indicate a role in local distribution, with environmental considerations focused on minimizing electromagnetic fields and ensuring safe operation near residential or commercial zones.