Field monitoring data on a residential exhaust air heat pump system (air-to-air heat pump)

Arsalan Shirani; Alexander Merzkirch; Jennifer Roesler; Stephan Leyer; Frank Scholzen; Stefan Maas

doi:10.1016/j.dib.2021.107386

Field monitoring data on a residential exhaust air heat pump system (air-to-air heat pump)

Data Brief. 2021 Sep 20:38:107386. doi: 10.1016/j.dib.2021.107386. eCollection 2021 Oct.

Authors

Arsalan Shirani¹, Alexander Merzkirch², Jennifer Roesler², Stephan Leyer¹, Frank Scholzen¹, Stefan Maas¹

Affiliations

¹ Université du Luxembourg, 6, rue Richard Coudenhove-Kalergi, Luxembourg 1359, Luxembourg.
² Bosch Thermotechnology, Junkersstraße 20, (Neckar), Wernau 73249, Germany.

Abstract

This data article presents the raw data used in the article "Experimental and analytical evaluation of exhaust air heat pumps in ventilation-based heating systems" [1]. The data set contains measurement results of a field monitoring on a residential exhaust air heat pump system (air-to-air heat pump) in Germany. This data could be used to investigate the dynamic behavior and performance of the exhaust air heat pump systems. The data set contains air temperature and humidity of all four sides of the heat pump unit. Moreover, the electrical consumption of the unit and the dynamic pressure difference on the exhaust side (as indication of the air volume rate) could be also found in the data set.

Keywords: EHA1, Exhaust air condition 1 (After air-to-air heat exchanger), EHA2, Exhaust air condition 2 (After evaporator), ETA, extract air from building, Evap., Evaporator, COP, Coefficient of performance, HEX, heat exchanger, HP, heat pump, HRV, Heat Recovery Ventilation, ODA, Outdoor Air; Efficient residential buildings; Exhaust air heat pump; Heat recovery ventilation; SUP1, Supply Air condition 1 (after air-to-air heat exchanger), SUP2, Supply Air condition 2 (after condenser), T, Temperature, X, Humidity; Ventilation based heating system.