Overview
Kilbourn is a 9.7 MW hydroelectric power plant operated by Wisconsin Power & Light Co in Wisconsin, United States. It generates renewable electricity from hydropower.
Kilbourn is a hydroelectric power plant located in Wisconsin, United States, with a generating capacity of 9.7 megawatts. The facility is owned by Wisconsin Power & Light Co and is currently operational, contributing to the region's renewable energy portfolio. As a hydroelectric facility, Kilbourn uses the flow of water to generate electricity without direct fuel combustion, resulting in low emissions of CO2, SOx, and NOx compared to fossil fuel plants. The plant's capacity places it in the small-scale category for hydroelectric power, typical for run-of-river or small dam projects in the Midwest. The plant supports local grid stability and provides clean energy to the surrounding area. Its operation aligns with state and federal renewable energy goals, and it operates under the regulatory framework of the Federal Energy Regulatory Commission (FERC) for hydropower licensing and environmental compliance.
Environmental context
Hydroelectric plants like Kilbourn have minimal air emissions but can affect local aquatic ecosystems through changes in water flow and fish passage. The facility's location in Wisconsin, a state with abundant water resources, means it operates within a context of seasonal water variability and environmental stewardship requirements. Proximity to populated areas is moderate, and the plant's small capacity reduces its overall environmental footprint.
Frequently asked questions
Kilbourn is located in Wisconsin, United States, at coordinates 43.625800 N, -89.780800 W.
The Kilbourn hydroelectric plant has a generating capacity of 9.7 megawatts.
The facility is owned by Wisconsin Power & Light Co.
Hydroelectric plants in the U.S. are regulated by the Federal Energy Regulatory Commission (FERC) under the Federal Power Act, which governs licensing, environmental compliance, and dam safety.
Hydroelectric power produces no direct air emissions, but can affect aquatic habitats, water flow, and fish migration. Environmental mitigation measures such as fish ladders and minimum flow requirements are often implemented.