Series of reforms being explored as China seeks to expand clean tech investment
Bosch currently holds a 90.7% stake in aleo solar.
How a Trailblazing Solar Company Went from Dominance to Insolvency in Two Years
China's "Big Five" power utilities have hundreds of gigawatts of thermal power plants in water-stressed areas and face retrofit costs of up to $20 billion to improve their resilience, new report finds
South Africa has a heavily increasing energy demand, driven by major economic growth.
Kenyan Ambassador to Deliver Additional Keynote Address at U.S. and International GEA Geothermal Energy Finance Forum
Discussions at the Finance Forum will focus on issues such as geothermal project finance in the United States and abroad, geothermal project risk, and a worldwide geothermal development update.
June 17–20, 2013, the accompanying Intersolar Europe Conference offers additional insight into and an overview of the most important technologies and trends world-wide.
Certified Measurement and Verification Professional (CMVP) training course gives a credible qualification to evaluate energy management projects of government driven projects and / or financial incentive institutions.
Maintenance of Trojan's deep-cycle flooded batteries is now faster, easier and safer.
Cost Containment International, LLC announces they have achieved their sustainability goal of using green power to meet 100% of their electricity use. Now qualified for EPA 100% Green Power Partnership.
March 25, 2013: As organisations across Europe use task forces to drive down the cost of offshore wind energy, Wind Energy Update [WEU] reveals the importance foundations has to the overall levelised cost of energy [LCOE].
How much energy can we use from the sun's rays? Apparently, we can utilize far more than previously thought. A new study shows that the energy limit is far higher than first believed. The new study, described in the journal Nature Photonics , studied how to develop and improve the quality of nanowire crystals. These nanowires possess a cylindrical structure and a diameter that's about 10,000 part of a human hair. They hold enormous potential for the development of solar cells and the future of quantum computers and other electronic products. So how do these nanowires work? They naturally concentrate the sun's rays into a very small area in the crystal that they possess by up to a factor of 15. Due to the tiny nature of the wire's diameter, the crystal can cause resonances in the intensity of light in and around nanowires. These resonances can concentrate the sunlight and convert it into energy, essentially giving a higher conversion efficiency of the sun's light. Previously, scientists thought that the efficiency limit of sunlight was far lower. Known as the "Shockley Queisser Limit," it was held as a landmark for solar cell efficiency for many years. Yet with the discovery and development of these nanowires, it seems that the limit is far higher than previously thought.
Numerous Taiwanese manufacturers have attended According to EnergyTrend, a research division of TrendForce, though industries are highly interested in the overseas PV market, plans are still on paper due to the policy and environmental factors.
Daetwyler Clean Energy (DCE) announces it will expand manufacturing of its racking systems into California to serve the western U.S. market.
Viridis Africa 2013, 15 & 16 October, Killarney Country Club, Johannesburg
Records 13021 to 13035 of 24976
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