Ericsson / Photovoltaic Systems / Solar Thermal Energy Systems / /
Country
United States / Australia / /
Currency
pence / USD / / /
Facility
Exhaust port Intake / National Autonomous University of Mexico / University of Rhode Island / Australian National University / towers E. Kussul / / /
IndustryTerm
multistage gas turbines / low pressure gas / equal heat energy / wind energy / expanded gas temperature / compressed gas / Automatic adjustment device / tidal energy / mechanical and electrical energy / sustainable energy sources / thermal energy / sustainable energy / manufacturing process / energy / solar energy plants / metal / volumetric gas flow rate / geothermal energy / heat energy / electricity / adjustment device / concentrator supporting device / microequipment technology / compressed gas temperature / electrical energy / web cameras / gas flows / gas temperature / expanded gas / fiberglass / air friction energy / solar energy / high pressure gas / compressed hot gas / stereo vision algorithm / high precision manufacturing / energy storage system / /
Organization
University of Rhode Island / National Autonomous University of Mexico / Australian National University / /
Person
Jose Saniger Blesa / Neil Bruce / Oleksandr Makeyev / Ernst Kussul / Tatiana Baidyk / / /
Position
Prime Minister / Tm1 Pm / electromagnetic head / /
INTERNATIONAL JOURNAL OF ENERGY, Issue 4, Vol. 6, 2012 Ericsson heat engine with microchannel