Seasonal Performance Simulation of a Gas-Fired Chemisorption Heat Pump for Residential Heating in Cold Climate PDF

Gas-fired chemisorption heat pump (CSHP) is a promising technology for high-efficiency cold-climate residential heating. The CSHP utilize the heat of reversible chemical reactions between sorbent and refrigerant to extract heat from cold ambient and supply high-temperature heat to the indoors. The energy efficiency and heating capacity of CSHP depends on the ambient temperatures and operating controls. This study evaluates the seasonal performance of a CSHP by first developing a dynamic system model and generating a performance map for various ambient and heat-supply temperatures; then the bin method is used to evaluate the CSHP seasonal performance in two cold-climate locations for space and water heating.

File Size :	1 file , 2.8 MB
Note :	This product is unavailable in Russia, Belarus
Number of Pages :	7
Product Code(s) :	D-BSC20-C041
Published :	2020
Units of Measure :	Dual