We Energies announces another large-scale clean energy project
Milwaukee – We Energies and Wisconsin Public Service (WPS), subsidiaries of WEC Energy Group, are advancing plans for a new 325-megawatt (MW) solar and battery storage project in southeastern Wisconsin. The Darien Solar Energy Center is the company’s second proposed large-scale solar and battery project announced this year.
If approved, the $446 million Darien Solar Energy Center would feature 250 MW of solar generation, which is equal to powering 75,000 homes, and 75 MW of battery storage, which can store solar-generated power and provide customers with “sunshine after sunset.” The project is planned to be built in Rock and Walworth counties, Wisconsin.
“For the second time this year, we are demonstrating our commitment to a clean energy future with a major investment in renewable energy,” said Tom Metcalfe, president — We Energies and WPS. “Not only will these projects maintain reliability and deliver significant savings, building these facilities in Wisconsin will create green jobs and help drive the state’s economy.”
The Darien and Paris projects are part of WEC Energy Group’s plan to invest $2 billion in new solar, wind and battery storage projects for its utilities by 2025. These clean energy investments are an important part of the company’s goal to reduce carbon emissions 55 percent by 2025 and 70 percent by 2030.
The companies filed the Darien solar and battery storage proposal this week with the Public Service Commission of Wisconsin. If approved, We Energies and Wisconsin Public Service would own 90 percent of the project. Madison Gas and Electric would own the other 10 percent.
The project is being developed by Invenergy. If approved, construction is expected to begin in late 2021, and the project is scheduled to go into service by the end of 2023.
NOTE: This press release was submitted to Urban Milwaukee and was not written by an Urban Milwaukee writer. While it is believed to be reliable, Urban Milwaukee does not guarantee its accuracy or completeness.