Extract Air Energy Utilization Using Heat Pump in Buildings with Indoor Swimming Pools
The 8th International Conference of Young Scientists on Energy Issues (CYSENI 2011): Conference Proceedings 2011
Artūrs Brahmanis, Uldis Pelīte, Arturs Lešinskis, Daina Kona, Tai-Bui Kon

An annual energy consumption simulation is made for one Latvian mansion with swimming pool hall. Building has two main parts: living part (with bedrooms, living room, kitchen, and washing rooms), and a recreation part with 28m² swimming pool, saunas and sports hall. Simulation results show, that swimming pool room consumes 77 MWh of heating energy per year. When using heat pump gained energy to preheat swimming pool supply air, annual heat energy consumption decreases to 62 MWh, which means about 20% saving. The heat pump system annual average coefficient of performance (COP) according to manufacturer’s data is assumed as 2.5. Paper results can be used by HVAC engineers and architects for ventilation and air conditioning design in other multi-purpose buildings with indoor swimming pools.


Atslēgas vārdi
HVAC simulation, indoor swimming pool, heat pump
Hipersaite
www.cyseni.com

Brahmanis, A., Pelīte, U., Lešinskis, A., Kona, D., Kon, T. Extract Air Energy Utilization Using Heat Pump in Buildings with Indoor Swimming Pools. No: The 8th International Conference of Young Scientists on Energy Issues (CYSENI 2011): Conference Proceedings, Lietuva, Kaunas, 26.-27. maijs, 2011. Kaunas: Lithuanian Energy Institute, 2011, 1.-1.lpp. ISSN 1822-7554.

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English (en)
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