VIDEO: Duke Energy, Duke University partner on power project

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Duke Energy and Duke University announced a partnership that will lead to cleaner and more efficient power for the university and the surrounding community.

Under a proposed 35-year agreement and subject to approval by the North Carolina Utilities Commission, Duke Energy Carolinas proposes to own, build and operate a 21 MW natural gas combined heat and power facility on the Duke University campus in Durham.

If approved, the plant would use the waste heat from generating electricity to produce thermal energy and steam needed for the university, making it one of the most efficient generating assets in the Duke Energy generation fleet. The electric power would be put back on the Duke Energy electric grid to serve the university and nearby customers.

In addition to 21 MW of power, the facility would be capable of producing roughly 75,000 pounds per hour of steam, which would be sold to Duke University for heating water among other things. The CHP facility would be connected to an existing Duke Energy substation located on the campus, which serves the university and its medical center as well as other customers.

By displacing the current electricity mix and boilers currently serving the university, the project would lower energy-related carbon dioxide emissions at Duke University by about 25 percent. In the future, the project could also be used to isolate the critical loads on the campus, providing a method to increase reliability to hospitals and clinics as additional grid back up.

Duke Energy Carolinas will file with the NCUC for a Certificate of Public Convenience and Necessity for the project. If approved, the project — around $55 million — is expected to come online in 2018.

Duke Energy and Duke University are separate organizations — both with a connection to noted businessman James B. Duke (1856-1925).

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The Clarion Energy Content Team is made up of editors from various publications, including POWERGRID International, Power Engineering, Renewable Energy World, Hydro Review, Smart Energy International, and Power Engineering International. Contact the content lead for this publication at

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