Amazon Turns To Wind To Power Its Business

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The company has become a big player in the renewable energy industry, recently announcing plans for its largest wind farm yet in a blustery corner of west Texas. When completed in late 2017, Amazon Wind Farm Texas will have the capacity to generate approximately 1 million megawatt-hours of electricity annually — enough to power almost 90,000 U.S. homes.

The wind farm, built by Lincoln Clean Energy, includes a fleet of GE wind turbines, and of the energy generated, 90 percent of the output will be sold to Amazon’s fulfillment arm.

Scott Stalica, manager for commercial operations in the Americas at GE Renewable Energy points out that wind is not only good for the climate but also for the wallet. The cost of wind power is about one-third of what it was six years ago. “Wind is very competitive versus alternative forms of generation,” Stalica says.

2.0-116 wind turbine installation in Shallowater, Texas, USA.

“Wind is very competitive versus alternative forms of generation,” says GE’s Stalica. Images credit: GE Renewable Energy

Data published by the Energy Information Administration shows that the cost of onshore wind energy — without federal tax and other financial incentives — is projected to reach $73.60 per megawatt-hour by 2020 and dropping as turbine technologies improve. That’s slightly cheaper than conventional coal, which costs about $75.20 per megawatt-hour.

The opportunity for corporations to leverage the cost-competitive nature of renewable energy is growing. In 2015, AWS announced the construction of Amazon Solar Farm US East, Amazon Wind Farm Fowler Ridge, Amazon Wind Farm US Central and Amazon Wind Farm US East. In 2016, it announced five additional solar farms and one more wind farm, bringing the total number of such AWS projects to 10. With the addition of Amazon Wind Farm Texas, Amazon is poised to generate almost 3.6 million megawatt-hours of renewable energy by year-end 2017.

Scurry County, Texas, was selected as the site for the Amazon Wind Farm Texas because of its plentiful wind and affordable production and transmission costs. “It makes good sense to build these large wind farms where the wind resource is strong and the local residents welcome the economic boost from such projects,” says Paul Parkes, senior account manager in Wind Energy at GE, “you need a really good wind resource, and it’s got to be close to transmission lines to integrate and connect to the grid.  This project is a model for connecting those dots and deriving the optimum energy solution for Amazon.”

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