Fraunhofer Institute / Building Physics Department Energy Systems Gottschalkstr / / /
IndustryTerm
energy conservation principle / energy supply systems / battery containing chemical energy / warm water containing thermal energy / energy conservation / energy amount / energy chain / Low-temperature systems / energy flow / energy transfromation processes / natural gas / energy sources / energy supply system / highquality energy sources / low-temperature geothermal energy / energy balancing / energy use / thermal energy / chemical energy / e.g. thermal solar systems / energy potential / energy supply / energy prices / energy forms / given energy flow / lost energy / energy content / given energy quantity / electrical applications / final energy consumption / energy / community systems / energy flowing / implementation into real systems / geothermal energy / energy source / calculation tools / heat energy / electricity / limited services / energy consumption / process usable energy / energy form / energy processes / electrical energy / energy approach / electricity etc / renbewable energy supply / wall heating systems / electricity production / energy systems / minewater systems / municipal utilities / energy efficiency / energy system / energy transfer / sustainable and low carbon energy / energy concepts / energy sources liek fuels / /
Organization
Fraunhofer Institute for Building Physics Department Energy Systems Gottschalkstr / US Federal Reserve / European Commission / European Union / /
Person
Anton Maas / Rudolf Clausius / Anna Kallert / Marlen Schurig / Christina Sager / / /
About Remining-lowex Remining-lowex is a FP6 CONCERTOII project concerning the redevelopment of European Mining Areas into Sustainable Communities by Integrating Supply and Demand, based on Low Exergy Principles. The par