Installation Design and Energy Conservation Analysis of Floor Radiant Cooling/Heating System with Solar Energy

Abstract:

How to reduce the energy consumption of air conditioning, to use new energy such as solar appropriately, and to achieve energy savings, are the problems must be treated in HVAC industry. Because of the high energy consumption of traditional air-conditioning and the need for reduction of emission, an air conditioning system (utilizing solar dehumidifying applied to heating/cooling radiant floor) is designed and installed in this paper. At the same time, as an example, the energy saving potential of system is analyzed. This type of heating/cooling radiant floor system is worth promoted if solve the dehumidification properly. By separating to deal with heat and moisture can reduce the energy-cost of traditional air-conditioning, and to achieve purposes of primary energy saving.

• Periodical: Advanced Materials Research (Volumes 594-597)
• Pages: 2146-2153
• DOI: https://doi.org/10.4028/www.scientific.net/AMR.594-597.2146
• Online since: November 2012
• Authors: Qi Fen Li*, Tao Li, Wei Dong Sun, Zhi Tian Zhou, Cui Cui Pan, Li Feng Zhao
• Keywords: Design and Installation, Energy Saving, Radiation Cold/heating Floor System, Solar Energy

References

[1] Wang Zi-jie, Xia Xue-ying. The Feasibility Study on Floor Radiant Cooling [J]. Heating Ventilation Air Conditioning, 2002, 32(6):56-58.

[2] Zhang Ning, Yang Tao. The Application Analysis on Floor Radiant Cooling Technology [J]. Applied Energy Technology, 2008(10):27-30.

[3] Li Sen-sheng, Ding Yun, Liu Qiu-xin. Research on Floor Radiant Cooling Comfort [J]. Railway Standard Design, 2008，S1:25-29.

[4] Ren Yan-li, Li De-ying, Wang Zi-jie. Experimental Study on Floor Radiant Cooling with Displacement ventilation [J]. Building Energy Efficiency, 2007,35(8):4-6.

[5] Huang Yi-yun, Zhang Ling, Chen Guang-ming. The Application Analysis on Fan Coil Unit and Floor Radiant Cooling Combined Cooling [J]. Refrigeration and Air-Conditioning, 2003,3(4):32-35.

[6] Xu Yong. Ventilation and Air Conditioning Project [M]. Beijing, China Machine Press,2005..

[7] Southwest College of Metallurgy Construction, etc. Architectural Physics [M].Beijing, China Architecture and Building PRESS,1987.

[8] Wang Zi-jie. Low Temperature Radiant Heating and Cooling [M].Beijing: China Machine Press, 2004.

[9] Xue Lin-jie, Chen Chao, Wu Pin, Li Qing-qing. Theoretical Study of Relationship between Human Thermal Comfort and Panel Surface Temperature in Low Temperature Radiant Heating System [J]. Heating Ventilation Air Conditioning, 2009,39(10):137-141.

[10] Xue Dian-hua. Air Conditioning [M].Beijing, Tsinghua University Press, 2000.

[11] Zhu Ying-xin. Building Environment [M]. The Second Edition. Beijing: China Architecture and Building Press, 2005.