Overview
White Oak Solar Switching Station is an operational substation in the United States, operating at 230 kV. It plays a role in grid stability and renewable energy integration.
White Oak Solar Switching Station is an operational substation located in the United States, with coordinates 33.038271, -82.115491. The facility operates at a voltage of 230 kV, classifying it as a high-voltage substation critical for transmission-level grid connectivity. As a substation in the United States, this facility operates under the regulatory framework of NERC reliability standards and FERC oversight for transmission assets. The 230 kV voltage level indicates its role in regional power transmission, likely connecting solar generation to the grid. Substations of this scale are essential for voltage regulation and power flow management. The facility's operational status and voltage level suggest it supports the integration of renewable energy sources, contributing to grid stability and reliability. Its location in the southeastern US aligns with areas experiencing growth in solar capacity, underscoring its significance in the regional energy infrastructure.
Environmental context
The substation is located in a region with a humid subtropical climate, which can affect equipment performance and maintenance schedules. Its rural or semi-rural setting reduces immediate environmental impact but requires consideration of land use and wildlife corridors. The 230 kV voltage level necessitates robust insulation and safety measures to mitigate electromagnetic field exposure.
Frequently asked questions
White Oak Solar Switching Station is located in the United States at coordinates 33.038271, -82.115491.
White Oak Solar Switching Station operates at a voltage of 230 kV, which is typical for high-voltage transmission substations.
A solar switching station connects solar farms to the transmission grid, allowing for the safe and efficient transfer of electricity. It includes switchgear and protection equipment to manage power flow.
US substations must comply with NERC reliability standards for grid stability and FERC regulations for transmission. Equipment often follows IEEE and ANSI standards.
A 230 kV substation facilitates bulk power transmission over long distances, reduces transmission losses, and helps balance supply and demand, enhancing overall grid reliability.