Overview
Rocky Ford Substation is an operational electrical substation in Colorado, United States, owned and operated by Black Hills Energy. It handles voltages of 69 kV and 13.2 kV, serving the local grid.
Rocky Ford Substation is an operational electrical substation located in Colorado, United States. Owned and operated by Black Hills Energy, this facility plays a key role in the regional power distribution network, stepping down transmission voltages for local delivery. The substation operates at two voltage levels: 69 kV for transmission and 13.2 kV for distribution, typical of a medium-voltage substation serving rural and semi-urban areas. As part of the U.S. electrical infrastructure, it falls under NERC reliability standards and FERC regulation for grid stability and safety. Located in a semi-arid region of Colorado, the substation supports agricultural and residential communities. Its operational status ensures reliable power supply, contributing to the resilience of the local electrical grid and economic activities in the area.
Environmental context
The substation is situated in a semi-arid region of Colorado, where electrical infrastructure must withstand temperature extremes and occasional drought conditions. The facility's voltage levels and rural location influence its environmental footprint, with typical considerations including electromagnetic field management and vegetation clearance for fire prevention.
Frequently asked questions
Rocky Ford Substation is located in Colorado, United States, near the coordinates 38.050643, -103.716741.
Rocky Ford Substation is owned and operated by Black Hills Energy, a utility company serving customers in the region.
Rocky Ford Substation operates at 69 kV for transmission and 13.2 kV for distribution, typical for a substation connecting high-voltage lines to local networks.
In the United States, substations must comply with NERC reliability standards for grid stability and FERC regulations for interstate electricity transmission.
Substations transform voltage levels, switch circuits, and protect the grid, ensuring reliable power delivery from generation sources to end users.