Corporations buying into U.S. wind power
Graphic courtesy of U.S. Department of Energy
Corporations are making major investments in wind power.
In February, North Carolina commissioned its first commercial-scale wind farm. The Amazon Wind Farm U.S. East is made up of 104 wind turbines that can produce enough energy for 61,000 homes annually, according to the U.S. Department of Energy. The site uses this power to run its data centers and will help the company move closer toward its goal of achieving 50 percent renewable energy use by 2018.
That’s just one example of a broader shift to wind power and clean, affordable energy across corporate America in recent years, including a host of leading companies:
General Motors – Recently announced a major wind purchase that will completely power a three million-square-foot facility in Arlington, Texas, that builds 1,100 SUVs a day. In addition, wind power will also supply electricity for several offices and warehouses.
Google – Signed a 407-megawatt (MW) wind energy deal to power a data center in Council Bluffs, Iowa, that will help the company advance its goal of using 100 percent renewable energy this year. Google is the biggest corporate purchaser of clean energy in the world.
Proctor & Gamble – Struck a partnership with EDF Renewable Energy to buy 80 percent of the electricity generated from the Tyler Bluff Wind Project, a 123-MW wind farm near Dallas that is projected to generate 370,000 megawatt-hours of electricity annually.
IKEA – Purchased a 165-MW wind farm in Cameron, Texas, one of the largest investments in clean energy by the company to date.
According to the Energy Department’s Jose Zayas, wind power is not just good for the environment, it’s good for the bottom line. The Wind Energy Technologies Office director explains that with the costs of land-based wind dropping by more than 40 percent in recent years, wind is rapidly emerging as a key cost-effective domestic energy source.
Thanks in part to these trends, wind power recently became the single largest source of renewable generation capacity in the United States, with utility-scale wind now deployed in 41 states and distributed wind in all 50. Wind energy is also moving offshore; the first U.S. plant began operations in December 2016.
In addition to commitments from the private sector, Energy Department-backed research has played a major role in cutting technology costs, such as leading breakthroughs in additive manufacturingaimed at reducing the cost and time necessary to produce wind turbine blades.
Companies: U.S. Department of Energy