Overview
SAUNDERS CREEK is an operational electrical substation in the United States, operating at 69 kV. It plays a role in local grid stability and power distribution.
SAUNDERS CREEK is an electrical substation located in the United States, with coordinates 42.825838, -89.065890. The facility is operational and serves as a node in the regional power grid, stepping down transmission-level voltage for local distribution. The substation operates at a voltage of 69 kV, which is typical for sub-transmission or distribution-level infrastructure in the United States. As part of the North American power grid, it falls under the regulatory oversight of NERC reliability standards and FERC jurisdiction for interconnection and operational compliance. This facility contributes to the reliability of the local electrical network, supporting residential, commercial, and industrial loads in the surrounding area. Its operational status ensures continued service to the community, and its design aligns with standard substation automation practices under IEC 61850.
Environmental context
The substation is located in a rural or suburban area near Saunders Creek, with potential interactions with local ecosystems through land use and electromagnetic fields. Standard mitigation measures such as vegetation management and oil containment are typically employed to minimize environmental impact. The site's proximity to water bodies may require attention to stormwater runoff and spill prevention.
Frequently asked questions
SAUNDERS CREEK substation is located in the United States at coordinates 42.825838, -89.065890, near Saunders Creek.
SAUNDERS CREEK substation operates at 69 kV, a common voltage level for sub-transmission and distribution networks.
SAUNDERS CREEK substation is currently operational, serving the local power grid.
In the United States, substations must comply with NERC reliability standards for grid stability and FERC regulations for transmission interconnection. Automation often follows IEC 61850.
A 69 kV substation typically steps down transmission voltage for distribution to local networks, ensuring reliable power delivery to residential, commercial, and industrial customers.