Research on the Experimental Platform of Ground Source Heat Pump

Zhao Kang Xu; Dao Lai Cheng; Bo Wang

doi:10.4028/www.scientific.net/AMR.838-841.1944

Paper Titles

Evaporation Tower Heat and Mass Transfer Research in Saline Water Evaporation System
p.1923

Variation of Indoor Air Quality among Urban Public Venues in Kaohsiung City, Taiwan
p.1928

Matching Study of Room Air Conditioner and Conditioned Space
p.1934

The Interval Analysis for Uncertainty Heat Transfer Process of Phase Change Thermal Storage Based on Perturbation Method
p.1939

Research on the Experimental Platform of Ground Source Heat Pump
p.1944

Experiment of Sheng Li Lignite Combustion Kinetics under Oxygen-Enriched Conditions
p.1949

Study and Determination of Evaluating Indicator of Public Building Energy Consumption in Hot Summer and Warm Winter Area
p.1953

Analysis of Operating Condition on a Solar Direct Heating
p.1959

Measurement Error Analysis of Heat Coefficient in Solar Assisted Heat Pump System
p.1963

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 838-841Research on the Experimental Platform of Ground...

Research on the Experimental Platform of Ground Source Heat Pump

Abstract:

The ground source heat pump technology has been maturing. However, related project designs are mostly following intuitive experience data, and are lack of the relationship between qualification in theory and quantitation in practice. To address this issue, this platform is devised for experimental research. Using this experimental platform, one can adjust for multiple conditions in one season, continuously record energy consumption data, and determine which mode has the best effect and lower energy consumption. Based on the experimental data, the analysis and research result can be referred by practical devising of the projects, and establish the relationship between qualification in theory and quantitation in practice, making the ground source heat pump be more energy-saving, economical and environmental friendly.