Latest Wind Power company news
The U.S.-India Business Council (USIBC) convened the breakfast in partnership with Confederation of Indian Industry (CII) as part of the Green India Initiative launched one year ago. At the meeting, Jairam Ramesh detailed India's proposals to mitigate its greenhouse gas emissions, and to reach multilateral agreement at Copenhagen and beyond.
India’s Ambassador to the United States, Meera Shankar, opened the meeting and Dr. Ramesh Ramachandran, President of Dow India, set the scene by undersco... [more]
Hydrogen produced from renewable sources is a potential solution to future energy problems, providing a carbon-free fuel.
UPS Systems plc has installed a fuel cell within the University of Glamorgan’s Renewable Hydrogen Research and Demonstration Centre at Baglan Energy Park, South Wales. The new Centre was initiated with EU funding, and now has long- term funding guaranteed by the University. The Centre will demonstrate the viability of hydrogen production from a range of indigenous renewa... [more]
UPS Systems is supplying two methanol fuel cells to npower renewables for prime power in a portable wind monitoring application. The fuel cell installation is due for completion this month, in order for npower renewables to undertake its first deployment of the new system, capable of measuring wind speeds and direction at the full range of possible wind turbine heights.
Continuous power to the anemometry equipment is provided by two 12 volt gelled-electrolyte batteries. These were chosen bec... [more]
UPS Systems plc is to supply and install a hydrogen fuel cell for the Environmental Energy Technology Centre (EETC) in Yorkshire. The Centre aims to prove that hydrogen is a viable source of energy, which is more reliable, more cost effective and ultimately more environmentally friendly than fossil fuels.
Yorkshire Forward commissioned the Centre located on the Advanced Manufacturing Park on the Rotherham-Sheffield border. Designed to be an iconic zero-carbon building, it encourages the deve... [more]
Wind and potential power at a proposed site are measured using a wind speed sensor on a mast, but these do not take into account the considerable variations in wind caused by local terrain and atmospheric turbulence. In addition, with the height of wind turbines becoming greater all the time, taller and more expensive masts are constantly required.
Researchers at the University of Salford have begun working on a device to ensure that wind farms are sited in the places where they will operate... [more]
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