Overview
Kiamichi Station is an operational 345 kV substation in Oklahoma, United States, owned by Tenaska. It plays a key role in regional high-voltage transmission.
Kiamichi Station is a high-voltage substation located in Oklahoma, United States, owned and operated by Tenaska. Operating at 345 kV, it is classified as a large-scale transmission substation, critical for bulk power transfer across the regional grid. The substation operates under the regulatory framework of the North American Electric Reliability Corporation (NERC) and the Federal Energy Regulatory Commission (FERC), ensuring compliance with reliability standards for transmission-level assets. The 345 kV voltage level is typical for long-distance power transmission, connecting generation sources to load centers. As part of the U.S. electrical infrastructure, Kiamichi Station supports grid stability and reliability in the region. Its operational status and voltage level indicate its importance in maintaining power flow and system resilience, serving both urban and rural areas.
Environmental context
The substation is situated in a rural area of Oklahoma, where the local environment includes grasslands and agricultural land. The 345 kV voltage level and transmission role mean the facility has a moderate physical footprint, with potential impacts on land use and visual aesthetics. The region's climate, with hot summers and occasional severe weather, necessitates robust infrastructure design to maintain grid reliability.
Frequently asked questions
Kiamichi Station is located in Oklahoma, United States, at coordinates 34.683322, -95.932138.
Kiamichi Station operates at 345 kV, which is a high-voltage level used for long-distance transmission in the US power grid.
Kiamichi Station is owned by Tenaska, a major energy company in the United States.
As a transmission substation in the US, Kiamichi Station must comply with NERC reliability standards and FERC regulations for grid stability and security.
A 345 kV substation like Kiamichi Station serves as a critical node in the high-voltage transmission network, stepping voltage levels and routing power between generation plants and distribution systems.