Direct Excess Heat Utilization from a High Performance Computer in an Existing Unrenovated Building: A Case Study

Sauerwein, David, Feike, Frederik

EuroSun 2022 · Kassel, Germany · 2022-09-25
Published by International Solar Energy Society (ISES)
DOI: 10.18086/eurosun.2022.04.11

Abstract

This study quantifies the savings potential of fossil district heat for the case study of the architecture building of the TU Darmstadt by directly using excess heat of a high performance computer (HPC). It is based on the already implemented demonstrators of a hot water cooling system for the new HPC and on the integration of low temperature ceiling heating systems in the otherwise unrenovated architecture building. As a result, with an excess heat utilization rate of 54 %, more than half of the building’s district heating demand can be saved.

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