Overview
Williams Potter Substation is an operational electrical substation in the United States, operating at 115 kV. It plays a role in regional grid stability and power distribution.
Williams Potter Substation is an operational electrical substation located in the United States, with coordinates 41.765049, -75.780845. The facility operates at a voltage of 115 kV, classifying it as a medium-voltage substation typical of sub-transmission or distribution-level infrastructure. Operating within the United States, this substation is subject to NERC reliability standards and FERC regulation for grid stability. The 115 kV voltage level is common for regional power distribution, connecting transmission systems to local networks. The facility's location in a rural area suggests it serves a smaller community or industrial load. As part of the electrical infrastructure, Williams Potter Substation contributes to reliable electricity supply in its region. Its operational status ensures continued support for local power needs, and its design aligns with standard substation automation protocols such as IEC 61850 for efficient grid management.
Environmental context
The substation is located in a rural area of Pennsylvania, surrounded by mixed forest and agricultural land. Its 115 kV voltage level indicates moderate environmental footprint, with typical considerations for electromagnetic fields and land use. The facility's operation adheres to environmental regulations to minimize impact on local ecosystems.
Frequently asked questions
Williams Potter Substation is located in the United States at coordinates 41.765049, -75.780845, in a rural area of Pennsylvania.
Williams Potter Substation operates at 115 kV, a medium voltage level used for sub-transmission and distribution.
Williams Potter Substation is currently operational, actively contributing to the electrical grid.
US substations must comply with NERC reliability standards for grid stability and FERC regulations for transmission-level assets.
A 115 kV substation typically steps down voltage from higher transmission levels for distribution to local networks, serving communities or industrial areas.