Microsoft will purchase 90 MW from the massive 731.5 MW offshore wind project, Borssele III/IV, from Dutch sustainable energy company and wind farm developer Eneco.
Eneco will provide Microsoft’s datacenters with green power for 15 years starting in 2022, said a press release from the technology giant.
"This is Microsoft’s second purchase of wind energy in the Netherlands in a year, which brings its total wind energy purchases to 270 MW in the Netherlands — one of the largest corporate renewable energy portfolios in the country," it said.
“Tech companies are facing the challenge to reduce their carbon footprints, mostly due to the vast energy consumption of their datacenters,” said Hans Peters, chief customer officer, Eneco.
“A global frontrunner like Microsoft does not see this as a challenge, but as an opportunity to boost the energy transition. We are proud we can help them switch to a sustainable, smart and clean energy supply in the Netherlands. As a result, Microsoft is creating local opportunity, growth and impact while enabling Eneco to continue to invest in large-scale renewable energy projects like Borssele III/IV,” Hans added.
“Our purchasing of renewable energy helps improve the sustainability of our operations and local grids,” said Brian Janous, general manager, Energy and Sustainability, Microsoft. “This agreement is our 14th renewable energy power purchase agreement and brings our total clean energy portfolio to more than 1.5 GW. The electricity generated will help support the continued long-term growth of Microsoft cloud services delivered from the Netherlands, which is one of 54 Azure regions announced and part of one of the largest and most innovative cloud infrastructures in the world.”
The power purchase agreement is a next step in the ongoing partnership between Eneco and Microsoft. In 2018, Eneco selected Microsoft as its preferred partner for cloud services, signing a three-year deal with Microsoft Azure, which enables Eneco to achieve the company’s goals and ambitions in the area of digital transformation.