Overview
Stacey Substation is an operational electrical substation in Michigan, United States, owned and operated by Consumers Energy. It operates at 138 kV and 14.4 kV voltage levels.
Stacey Substation is an operational electrical substation located in Michigan, United States. Owned and operated by Consumers Energy, the facility plays a key role in the regional power grid. The substation is part of the larger electrical infrastructure serving the area. The substation operates at voltage levels of 138 kV and 14.4 kV, typical for distribution and sub-transmission networks. As part of the U.S. electrical grid, it adheres to NERC reliability standards and FERC regulations, ensuring stable and secure power delivery. The facility's location in Michigan places it within the regional transmission organization (RTO) framework, likely under MISO. Stacey Substation contributes to grid stability and power distribution for local communities and industries. Its operational status and connection to Consumers Energy's network support reliable electricity supply in the region. The substation's design and maintenance align with industry standards for safety and efficiency.
Environmental context
The substation is situated in an area with a mix of urban and rural land use. Its operation involves electromagnetic fields and potential impacts on local wildlife, though standard mitigation measures are in place. The facility's voltage levels indicate a role in both transmission and distribution, influencing local grid resilience.
Frequently asked questions
Stacey Substation is located in Michigan, United States, at coordinates 43.017471, -83.808074.
Stacey Substation is owned and operated by Consumers Energy, a major utility in Michigan.
Stacey Substation operates at 138 kV and 14.4 kV, serving both transmission and distribution functions.
As part of the U.S. electrical grid, Stacey Substation complies with NERC reliability standards and FERC regulations for transmission-level assets.
Substations like Stacey step down voltage for distribution, switch circuits, and help maintain grid stability and reliability.