Overview
Indian Valley Dam Hydro Project is a 2.9 MW hydroelectric facility in California, USA, operated by Yolo County Flood Control WCD. It generates renewable energy from water flow.
Indian Valley Dam Hydro Project is a hydroelectric power plant located in California, United States, with a capacity of 2.9 MW. The facility is owned by Yolo County Flood Control WCD and is currently operational, contributing to the region's renewable energy portfolio. As a small-scale hydroelectric plant, it operates under the regulatory framework of the Federal Energy Regulatory Commission (FERC) for hydropower licensing and compliance. The plant uses run-of-river or dam-based technology typical of small hydro projects, with minimal emissions compared to fossil fuel plants. The facility plays a role in local grid stability and provides clean energy to the surrounding area. Its operation supports California's renewable energy goals and reduces reliance on fossil fuels, while also managing water flow for flood control purposes.
Environmental context
The plant's hydroelectric generation produces no direct CO2, SOx, or NOx emissions, offering a low-carbon energy source. However, dam operations can affect local aquatic ecosystems and water flow regimes. The facility's small capacity (2.9 MW) limits its environmental footprint compared to larger hydro projects. Typical small hydro plants in California are located in rural or mountainous regions.
Frequently asked questions
Indian Valley Dam Hydro Project is located in California, United States, at coordinates 39.078800, -122.535600.
The facility has a capacity of 2.9 megawatts (MW), classifying it as a small-scale hydroelectric power plant.
The plant is owned by Yolo County Flood Control WCD, a water conservation district in California.
Hydroelectric plants in the US are regulated by the Federal Energy Regulatory Commission (FERC) under the Federal Power Act, which governs licensing, safety, and environmental compliance.
Hydroelectric power generates electricity without direct emissions of CO2, SOx, or NOx, making it a renewable and low-carbon energy source. However, it can impact aquatic habitats and water flow.