Overview
Glen Ullin Energy Center is a 106.7 MW onshore wind farm in North Dakota, USA, owned by Allete Clean Energy. It contributes to the state's renewable energy portfolio.
Glen Ullin Energy Center is an operational onshore wind farm located in North Dakota, United States, owned by Allete Clean Energy. With a capacity of 106.7 MW, it is a medium-to-large scale facility within the US wind sector. The facility operates under the regulatory framework of the US, including the Inflation Reduction Act (IRA) and state-level Renewable Portfolio Standards (RPS). North Dakota has a voluntary RPS target, and wind energy benefits from federal production tax credits (PTC). The plant uses modern wind turbine technology to convert wind energy into electricity. As a wind farm, Glen Ullin Energy Center plays a role in diversifying the regional energy mix and reducing greenhouse gas emissions. Its location in the Great Plains takes advantage of strong wind resources, supporting grid stability and local economic development through land lease payments and job creation.
Environmental context
The facility is situated in the Great Plains region, characterized by strong and consistent winds, making it ideal for wind energy generation. Wind farms in this area can impact local bird and bat populations, but proper siting and mitigation measures help reduce these effects. The project contributes to reducing reliance on fossil fuels and supports North Dakota's renewable energy goals.
Frequently asked questions
Glen Ullin Energy Center is located in North Dakota, United States, near the town of Glen Ullin.
The facility is owned by Allete Clean Energy, a US-based renewable energy company.
The wind farm has a capacity of 106.7 megawatts (MW), enough to power tens of thousands of homes.
Wind energy in the US benefits from the Inflation Reduction Act (IRA), federal production tax credits (PTC), and state-level Renewable Portfolio Standards (RPS).
Wind farms like Glen Ullin reduce greenhouse gas emissions but may affect local bird and bat populations. Proper siting and mitigation practices minimize these impacts.