A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Co-simulation between ESP-r and TRNSYS
The quest for innovative architectural designs and the development of novel and integrated energy conversion, storage, and distribution technologies presents a challenge for existing building performance simulation (BPS) tools. No single BPS tool offers sufficient capabilities and the flexibility to resolve all the possible design variants of interest. The development of a co-simulation between the ESP-r and TRNSYS simulation tools has been accomplished to address this need by enabling an integrated simulation approach that rigorously treats both building physics and energy systems. The design, verification, and demonstration of this new co-simulation environment are demonstrated in this paper.
Co-simulation between ESP-r and TRNSYS
The quest for innovative architectural designs and the development of novel and integrated energy conversion, storage, and distribution technologies presents a challenge for existing building performance simulation (BPS) tools. No single BPS tool offers sufficient capabilities and the flexibility to resolve all the possible design variants of interest. The development of a co-simulation between the ESP-r and TRNSYS simulation tools has been accomplished to address this need by enabling an integrated simulation approach that rigorously treats both building physics and energy systems. The design, verification, and demonstration of this new co-simulation environment are demonstrated in this paper.
Co-simulation between ESP-r and TRNSYS
Beausoleil-Morrison, Ian (author) / Macdonald, Francesca (author) / Kummert, Michaël (author) / McDowell, Timothy (author) / Jost, Romain (author)
Journal of Building Performance Simulation ; 7 ; 133-151
2014-03-04
19 pages
Article (Journal)
Electronic Resource
English
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