Overview
Giant Switching Station is an operational electrical substation in the United States, operating at 115 kV. It plays a role in regional grid stability and power distribution.
Giant Switching Station is an operational electrical substation located in the United States, with coordinates 33.238657, -80.451097. The facility operates at a voltage of 115 kV, classifying it as a medium-voltage substation typical for regional power distribution and grid interconnection. The substation operates under the regulatory framework of the United States, which includes NERC reliability standards and FERC oversight for transmission-level assets. The facility is part of the broader electrical infrastructure that supports grid stability and power delivery in the region. As a switching station, this facility is critical for routing electrical power and maintaining grid reliability. Its location in a rural or suburban area of the United States suggests it serves local communities and industries, contributing to the resilience and efficiency of the regional power grid.
Environmental context
The substation is located in a region with a temperate climate, typical of the southeastern United States. The surrounding area is likely a mix of agricultural and natural landscapes, with potential environmental considerations related to electromagnetic fields and land use. The facility's operation is subject to environmental regulations that manage impacts on local ecosystems and communities.
Frequently asked questions
Giant Switching Station is located in the United States at coordinates 33.238657, -80.451097.
Giant Switching Station operates at a voltage of 115 kV, which is typical for medium-voltage substations in the United States.
Giant Switching Station is currently operational, actively participating in the regional power grid.
Substations in the United States are subject to NERC reliability standards and FERC regulations, ensuring grid stability and safety.
A switching station routes electrical power and helps maintain grid reliability by allowing for the isolation of faults and rerouting of power.