Erie West Substation - FirstEnergy Electrical Substation in Erie, Pennsylvania

Erie West Substation is a key electrical infrastructure facility located in Erie, Pennsylvania, United States. Owned and operated by FirstEnergy, the substation is operational and plays a critical role in the regional power transmission and distribution network. The facility handles multiple voltage levels, including 345 kV, 115 kV, and 34.5 kV, indicating its function as a major hub for high-voltage electricity transmission and local distribution. As part of the US electrical grid, Erie West Substation operates under the regulatory framework of the North American Electric Reliability Corporation (NERC) and the Federal Energy Regulatory Commission (FERC). These bodies enforce reliability standards and oversee the interstate transmission of electricity. The substation's voltage levels suggest it is a significant node in the grid, likely connecting long-distance transmission lines to local distribution networks. FirstEnergy, a prominent utility in the region, ensures compliance with these standards and maintains the facility's operational integrity. The substation's location in Erie, a city on Lake Erie, places it in a region with a mix of industrial, commercial, and residential demand. Its role in the grid is crucial for maintaining stability and reliability, especially during peak demand periods or extreme weather events common in the Great Lakes region. The facility supports the local economy and community by enabling the efficient delivery of electricity to end-users.

The substation's location in Erie, Pennsylvania, near Lake Erie, involves considerations for environmental impact related to electromagnetic fields and potential effects on local wildlife. The facility's age and equipment condition are typical for substations in the region, with modern switchgear and monitoring systems likely in place to minimize environmental risks. The surrounding area includes a mix of urban and suburban development, with the substation designed to integrate into the landscape while maintaining safety and operational efficiency.