Your Power Supply

The cost to create and deliver electricity is composed of three general functions: generation, transmission and distribution. Dakota Electric Association is an electric distribution cooperative that purchases electricity from Great River Energy (GRE) a generation and transmission cooperative in Maple Grove, MN. Great River Energy is the second largest electric power supplier in Minnesota and one of the largest generation and transmission cooperatives in the country.

How does electricity work?

1. Great River Energy’s generating sites produce electricity.

2. Great River Energy’s transmission lines carry large amounts of electricity from a generating site to a substation.

3. At a Dakota Electric substation, electricity is converted from transmission power to distribution power.

4. Dakota Electric’s distribution lines carry electricity to homes and businesses.

Where does your power come from?

Learn More

Making Electricity

For detailed information about the electricity Dakota Electric’s receives from Great River Energy, please visit their webpage on making electricity.

Learn More


Great River Energy has developed several solar installations across Minnesota — including one in Farmington (view production).

Learn More or visit our Dakota Electric Solar page.

Great River Energy purchases the electric output from six wind projects in Minnesota, one in Iowa and two in North Dakota totaling 669 megawatts. Additionally, Great River Energy has signed purchase power agreements to receive more than 900 MW of wind energy over the next few years.

Learn More

One of Great River Energy’s oldest sources of generation is hydropower from dams. Currently, GRE has a Diversity Exchange Agreement for 200 MW of hydropower with Manitoba Hydro.

Learn More

Power Plants

Great River Energy’s largest power plant has a capacity of more than 1,100 megawatts (MW).

Learn More

The cooperative is in the process of transitioning away from Coal Creek Station and is working towards building a power supply portfolio that will serve Dakota Electric and its members with cleaner, affordable and reliable energy for decades. For more information, please read our Power Supply Updates page.

Spiritwood Station is the first of its kind in North Dakota. The power plant generates two primary products — electricity and steam. Great River Energy is transitioning the 99-MW coal and natural gas-based power plant to be fueled exclusively by natural gas.

Learn More

Peaking Generation

Cambridge Station is a state-of-the-art combustion turbine plant, an approximately 170-MW natural gas-fired power generation facility.

Learn More

Elk River Peaking Station is a 192-MW natural gas peaking facility located in Elk River, Minnesota.

Learn More

Lakefield Junction Station is a state-of-the-art combustion turbine plant capable of producing approximately 495 megawatts of electricity.

Learn More

Pleasant Valley Station is a 421-MW natural-gas fired combustion turbine plant.

Learn More

Great River Energy owns and operates four combustion turbine plants located to the north and west of the Twin Cities area.

Learn More

Emergency Standby

The Arrowhead Emergency Generation Station is an 18-MW, Diesel-powered emergency standby electric generator located in the Arrowhead region of Minnesota.

Learn More


Some homeowners and businesses have installed solar panels, wind turbines or other generators. They use these to help power their homes, but still use the grid to bring electricity to their homes when the sun isn’t shining or the wind isn’t blowing. During the times they generate more electricity than they need, they may sell that additional electricity to their Dakota Electric.

Learn more about interconnecting with Dakota Electric.

Since 2005, GRE has been part of a large and geographically diverse energy market coordinated by the Midcontinent Independent System Operator (MISO). MISO is responsible for transmission planning and generation dispatch across a 15-state region. The generating resources in the MISO energy market reflect a wide variety of fuel sources that work together to provide you with safe and reliable power.

Learn More