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Abstract: . . . materials, done at EMPA Dübendorf, optimized solutions for electrical power generation out of geothermal energy and waste heat sources can be evaluated. Figure 2: Example for a selected scenario . . . . . . Dübendorf, Solid State Chemistry and Analyses Funding: Siemens, Switzerland Swiss Federal Office of Energy (SFOE) Electrosuisse . . . . . . system components including heat sources and sinks, thermal and electrical storage devices and conversion devices will be developed. In combination with weather data and load characteristics . . . . . . Objectives (GECKO) Andreas Bitschi Christian Eisenhut Aim Page 1 Geothermal Energy Conversion Key Objectives (GECKO) Andreas Bitschi Christian Eisenhut Aim To show the feasibility of using . . . . . . Objectives (GECKO) Andreas Bitschi Christian Eisenhut Aim Page 1 Geothermal Energy Conversion Key Objectives (GECKO) Andreas Bitschi Christian Eisenhut Aim To show the feasibility of using thermoelectric . . . . . . (GECKO) Andreas Bitschi Christian Eisenhut Aim Page 1 Geothermal Energy Conversion Key Objectives (GECKO) Andreas Bitschi Christian Eisenhut Aim To show the feasibility of using thermoelectric . . . . . . Andreas Bitschi Christian Eisenhut Aim Page 1 Geothermal Energy Conversion Key Objectives (GECKO) Andreas Bitschi Christian Eisenhut Aim To show the feasibility of using thermoelectric generators . . . --1303,7,93,1781,6513
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