EDF sells US wind project to MidAmerican
EDF Renewables North Americahas has closed on an Asset Purchase Agreement (APA) whereby MidAmerican Energy Company has purchased the development assets associated with the Ivester Wind Project.
The proposed 91 MW wind project encompasses nearly 7,000 acres of land in Grundy County, approximately 85 miles northeast of Des Moines, Iowa. Ivester is expected to be completed by the end of 2018, generating enough energy to power more than 38,000 average Iowa homes.
The transaction contributes to MidAmerican Energy’s 2,000 MW Wind XI project, first announced in April 2016.
Country updates
-
-
July 24, 2018
Berkshire Hathaway's MidAmerican set to begin construction for the Ivester wind project
Berkshire Hathaway's MidAmerican is set to begin the construction of the project consists of 35 wind turbines. The project, part of the 2 GW Wind XI project in Iowa, is set to be completed by...
Read more -
July 24, 2018
Greenbacker Renewable enters agreement to acquire 13.5 MW solar portfolio
Greenbacker Renewable Energy Company has signed an agreement to acquire Sun Farm V LLC and Sun Farm VI LLC, the owners of the 13.5 MW Tar Heel Solar II portfolio located in North Carolina, U...
Read more -
July 24, 2018
Mortenson selected to build two wind farms in Iowa
Mortenson has been selected by MidAmerican Energy Company to build two wind farms in Iowa (USA) as part of the company’s Wind XI Project, a broader plan to install 2,000 MW of wind energy i...
Read more -
July 24, 2018
BluEarth Renewables completes acquisition of 795 MW wind portfolio
BluEarth Renewables LP has announced that its U.S. affiliate has completed the acquisition of a 795 MW wind development portfolio located in Wyoming from Intermountain Wind LLC, a Colorado-based...
Read more -
July 20, 2018
Dartmouth College hires Goldman Sachs to analyze power PPP project
Dartmouth College has hired Goldman Sachs consultants to explore options to construct a new power plant. The College is also expecting to transition its steam heating system to a more effici...
Read more
