Evergy to Add 705 MW of Power Generation Capacity in Kansas

U.S. utility Evergy Inc. is investing in two new 705-megawatt (MW) combined-cycle natural gas plants in Kansas.

“High-efficiency modern natural gas plants will meet the electricity needs for our region’s growing economy. These plants also will bring good paying jobs and tax dollars to Kansas”, David Campbell, Evergy Chairman, President and Chief Executive Officer, said in a statement. “Dispatchable natural gas is an important resource within Evergy’s growing and diverse energy portfolio, complementing our planned investment in wind and solar resources and supporting our commitment to affordable, reliable, and sustainable electricity”.

Evergy said that the two new plants will provide flexible generation that pairs well with the abundant renewable resource potential in Evergy’s service. The plant in Sumner County is expected to begin providing electricity in 2029 and the plant in Reno County is expected to be in service in 2030, according to the company. The two facilities will have a service life of 40 years.

“Kansas is experiencing record economic growth, and Evergy is prepared to deliver the reliable, affordable, and sustainable energy needed”, Kansas Gov. Laura Kelly said. “Evergy’s multi-billion dollar investment brings direct value to the Hutchinson and Sumner County areas in jobs and tax dollars. It also ensures Kansas can continue to invite business growth that benefits the entire state”.

“Kansans depend on reliable electricity each and every day to power their lives and their businesses. These investments by a long-time Kansas energy company will make our state even more attractive to those wanting to live, work, and grow a business in our great state”, Senate President Ty Masterson said.

Earlier this year, Evergy presented its 20-year energy plan to the Kansas Corporation Commission and Missouri Public Service Commission, detailing new generation facilities. With significant economic growth expected, the plan outlines a transition to meet rising energy demand while retiring older plants.

To contact the author, email andreson.n.paul@gmail.com