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Conference paper

Effect of Thermal Energy Storage in District Energy Systems

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1Faculty of Engineering and Applied Science, University of Ontario Institute of Technology, 2000 Simcoe Street North, Oshawa, ON, L1H 7K4, Canada

Published
2 September 2012
Pages
1447-1456
Received
2 September 2012
DOI
10.65582/set.2012.149
Access
Open access, © 2012 Copyright WSSET
Download PDF10 pages · 420 KB

Abstract

An important action in addressing environmental challenges is the intelligent and efficient use of energy, including reducing and/or reusing waste energy and using low carbon fuels to reduce GHG emissions. District energy (DE) is a beneficial method of using energy efficiently and effectively at the societal level. Integrating other beneficial energy technologies with a district energy system can considerably improve the efficiency of the combined system. Here, advantages of using thermal energy storage (TES) as a complementary system for solar energy collectors is examined, within the context of the Friedrichshafen district heating system, which utilizes renewable energy. The TES in the Friedrichshafen district energy system enhances its performance. Specifically, TES improves the performance of the solar energy system, reducing annual natural gas consumption and annual fuel costs by 30%.

Keywords. renewable energy; thermal energy storage; district energy; waste heat; Friedrichshafen district heating system

© 2012 Copyright WSSET

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