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85 applications found
In a global context where agriculture faces tough challenges, such as exponential population growth, increasing demand for food and decreasing availability of arable land per capita - made worse by phenomena such as desertification and urbanisation - the intensive use of fertilisers and agrochemicals is not a sustainable solution. In this scenario, biostimulants emerge as pioneering products, developed within circular economy to provide an eco-friendly alternative geared towards more resilient and sustainable ...
BySICIT Group S.p.A. based in Arzignano, ITALY
BrightSource estimates worldwide market for solar thermal electricity generation to exceed $200 billion by 2020 as a result of the continued focus on clean energy worldwide. Yet reliability and cost are and will remain top priorities for utilities. Our technology responds dynamically to both. ...
ByBrightSource Energy, Inc. based in Jerusalem, ISRAEL
Micrometals high performance Iron and Alloy Powder Cores are widely specified for DC-DC voltage converters in PV systems because of their smaller size, better efficiency and superior magnetic properties. Solar panels utilizing photovoltaic (PV) cells produce DC (36V~>50V DC) power, while wind powered generator produces variable frequency AC power, AC power is first rectified and filtered to produce ...
ByMicrometals, Inc. based in Anaheim, INDIA
Conventional energy supplies are more and more vulnerable to climate change-induced disruptions. Centralized power supplies and long transmission lines create a system where extreme weather events produce life-threatening power losses. The solution for many towns and high-energy using facilities lies in more distributed energy projects. Having medium-scale energy generation on-site or nearby eliminates the need for long transmission lines relying on centralized facilities to supply ...
ByWind Harvest International, Inc. based in Sacramento, CALIFORNIA (USA)
Energy is a significant expense for schools and colleges. In schools, more money is spent on energy than textbooks & computers combined. According to the EPA, educational institutions in the US spend nearly $14 billion annually on energy, of which 30% is wasted or inefficently used. Reduction in the waste in energy spending means more money for teacher salaries, textbooks and computers. For example, a 10% reduction in energy use can fund purchase of 1 million new computers in classrooms across the US. Studies ...
ByNoveda Technologies, Inc. based in Bridgewater, NEW JERSEY (USA)