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![]() by Staff Writers Las Vegas NV (SPX) Dec 09, 2019
The Public Utilities Commission of Nevada (PUCN) has approved NV Energy's Integrated Resource Plan, which will bring an additional 1,190 megawatts of new solar renewable energy projects to Nevada - enough to power 230,000 homes - and an additional 590 megawatts of energy storage capacity. All three projects will be located in southern Nevada and are expected to be completed and serving customers by January 1, 2024. With the addition of these new projects, NV Energy will also meet the commitment made to customers last year to double its renewable energy. "Today's decision brings the environmental and price benefits of low-cost solar energy to our customers - and the addition of energy storage capabilities allows us to extend the benefits of renewable energy to times when the sun is not shining," said Doug Cannon, NV Energy President and Chief Executive Officer. "We are proud to be delivering a renewable energy vision to our customers that also supports Nevada's economic and sustainability goals," added Cannon. In April, Senate Bill 358 was signed into law by Nevada Governor Steve Sisolak requiring Nevada energy providers to achieve a 50 percent renewable energy portfolio standard (RPS) by 2030 - a change that NV Energy fully supported and is one step closer to satisfying with these projects. The three new solar energy projects and three related energy storage resources will create more than 3,000 construction period jobs using union labor. This will ensure the highest quality construction is used in delivering these projects so they can serve Nevada's energy needs for the long term. NV Energy signed its first renewable power purchase agreement in the 1980s and has since prided itself on making renewable energy development a priority. The company exceeded Nevada's current renewable energy requirement for the ninth straight year in 2018.
![]() ![]() Daylight damage-saving time Kanazawa, Japan (SPX) Dec 03, 2019 Researchers at Kanazawa University performed a detailed investigation of the molecular mechanisms by which organic solar cells suffer damage as they are exposed to sunlight. This research has important implications for developing next-generation solar sheets that combine high efficiency, low cost, and long device lifetimes. Solar power represents an important element of future renewable energy solutions. Historically, solar panels have tended to be inefficient or else too expensive for most homeow ... read more
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