A Study on the Performance Improvement of a Simultaneous Heating and Cooling Water Source Heat Pump System by Controlling of the Refrigerant Flow Rate in an Outdoor Unit |
Bae, Heung Hee
(SAC R&D Laboratory, LG Electronics)
Lee, Dong Hyuk (HAE R&D Laboratory, LG Electronics) Lee, Sanghun (SAC R&D Laboratory, LG Electronics) Kim, Byengsoon (SAC R&D Laboratory, LG Electronics) Ahn, Young Chull (Department of Architectural Engineering, Pusan National University) |
1 | Song, Y. S., 2003, Simultaneous heating and cooling heat pump system using GHP of the SAREK, pp. 51-56. |
2 | KATS, 2010, KS C 9306 Air Conditioner Standard |
3 | ASHRAE Standard, 1978, Methods of testing for rating unitary air conditioning and heat pump equipment, pp. 37-38. |
4 | ISO/DIS 15042. 2005, Multi-split air conditioners and air-to-air heat pumps-testing and rating for performance. |
5 | Lee, D. H. and Jin, S. W., 2008, Cycle Design and control technology of water source heat pump systems of the SAREK, pp. 679-686. |
6 | Joo, Y. and Kim, Y., 2007, Numerical study on the performance of a simultaneous heating and cooling heat pump system of at each operating mode of the SAREK, pp. 370-375. |
7 | Kang, H. and Kim, Y., 2007, Experimental study on the performance of a simultaneous heating and cooling heat pump system of at each operating mode of the SAREK, pp. 679-686. |
8 | Song, I. and Kim, Y., 2008, The Performance of a simultaneous heat and cooling heat pump at various charging conditions of the SAREK, pp. 492-499. |