![]() ![]() With wind power innovation rapidly advancing, the sky may not be the limit after all! 3. It also offers more options for wind power generation sites, both onshore and offshore.Īnother interesting development: turbines without blades! Yep-companies like Vortex Bladeless seek to minimize construction and maintenance costs as well as environmental impact with a sleek and compact bladeless turbine design. One example of this: high-altitude devices, which take advantage of the more powerful and more consistent winds at higher altitudes. This class of emerging wind-harnessing technology, also called Airborne Wind Energy Systems (AWES), includes airborne wind turbines like energy kites from Makani Power Inc.ĪWES technology eliminates the need for the foundations and towers of conventional wind turbines, as well as their associated materials and maintenance costs. Wind energy technology is adapting and refining to become more efficient and economical. Adapting technology to harness the wind’s power If they stood side by side, they would dwarf Big Ben (315 feet), the Statue of Liberty (305 feet) and the Leaning Tower of Pisa (186 feet)!īut not all wind turbines are going bigger. At the opposite end of the spectrum, small-scale wind turbines are now readily available for residential use. ![]() Only three months after deployment in 2017, Hywind Scotland surpassed performance expectations, operating at 65% of its maximum capacity.įun fact: Hywind Scotland’s turbines stand 574 feet above water. Floating chains tether each turbine to the bottom of the sea-a more cost-efficient and less dangerous method than bottom-fixed offshore wind farms. This type of offshore wind farm positions the turbines further from the coastline, where consistently stronger winds blow. The WindFloat Atlantic Project, a 25-megawatt (MW) wind energy system off the shores of Portugal, will soon join Hywind Scotland’s five-turbine, 30-MW project as one of only two floating wind farms in the world. Wind energy development continues to spread in new ways and to new places to meet the energy needs of people around the world. With growing consumer demand for clean, renewable energy and the future of wind energy technology looking strong, here are four things you need to know about the growth and impact of wind energy. ![]() That’s enough to fulfill more than one third of the nation’s electricity needs, if demand continues to hold steadily as estimated. Department of Energy (DOE) projects the country to have 404 gigawatts (GW) of wind energy capacity by 2050. The turbine’s generator converts that mechanical energy into electricity, which is sent through transmission lines to the electricity grid and delivered to homes and businesses. Wind energy is created using wind turbines, traditionally consisting of three blades that spin by the force of the wind. That’s a win for the planet and all of its inhabitants.Īnd good news! The future of wind energy is here and now. Why is wind energy important for the future? By capturing the inexhaustible, renewable power of the wind, we have a cleaner way to power our homes and lives. The Future of Wind Energy: 4 Things You Need to Know
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