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Transactions on Machine Design (TMD)

Experimental Study on Phase Change Energy-storing Material

Gong-xue HUANG
Henan Vocational College of Water Conservancy and Environment & Zhengzhou City, Henan Province, China

Abstract: This study had chose the half water gypsum board and diatomite as the main raw material, and added lime and mullite fiber preparation of ordinary gypsum board; and chose the capric acid and dodecanoic acid as phrase change materials, then mixed both based on a certain mass weight ratio, then chose plaster board carrier, and made phase change energy-storing gypsum board by impregnation method; Finally, this study analyzed and discussed the quality of the relationship between prepared phase change energy-storing gypsum board and the dipping time, the content of phase change material in phase change energy-storing gypsum board, the durability and water-absorption performance of phase change energy-storing gypsum board, etc.

Keywords: Phase Change Materials, Phase Change Energy-storing Gypsum Board, Performance Experimental Study on Phase Change Energy-storing Material

DOI:

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References:

[1] DONG, Li-ming., WANG, Qi-dong., LIU, Jun-nv. (2006). The experimental study of phase change energy storage building materials, Products and Energy-saving Technology. 3 (34) 10-12.
[2] WANG, Xin., ZHANG, Yin-ping., XIAO, Wei. (2008). The thermal properties of phase change materials, Chinese Science Bulletin. 53 (24) 3006-3013.
[3] ZHOU, Jian-min., ZHANG, Dong., WU, Ke-ru. (2003). Experiment research and analysis on phase change energy-storing, Energy-saving Technology. 21 (6) 5-7.
[4] LIU, Le. (2004). Application research progress of inorganic phase change energy storage material, Journal of Continuing Education College of Hebei University of Technology. 19 (1) 25-28.
[5] SHANG, Yan., ZHANG, Wei. (2006). The application and development of new type phase change energy storage technology, Building Energy Efficiency. 2 (3) 21-26.
[6] LI, Yu-rong., XIA, Ding-guo., JIAO, Qing-ying. (2007). The preparation research on paraffin type composite figuration phase change materials research, Technology & Development of Chemical Industry. 5 (8) 4-7.
[7] ZHENG, Li-hui., SONG, Guang-sen., WEI, Yi-liang. (2006). Preparation and thermal properrites of gypsum carrier figuration phase change materials, Xinxing Jianzhu Cailiao. 5 (1) 49-50.
[8] LV, Shi-lei., FENG, Guo-hui., ZHU, Neng. (2006). Application feasibility study of fatty acid phase change materials on energyefficient buildings, Journal of Shenyang Jianzhu University. 22 (1) 129-132.
[9] ZHANG, Dong., ZHOU, Jian-min., WU, Ke-ru. (2004). Particle type phase change energy-storing compound material, Journal of Fudan University. 21 (5) 103-109.
[10] WANG, Zhi-piang., CAO, Ming-li. (2005). Category, application and prospect of phase change energy-storing material, Anhui Chemical Industry. 5 (2) 8-10.
[11] WANG, Yong-chuan., CHEN, Guang-ming., ZHANG, Hai-feng. (2004). Phase change heat-storing material and its practical application, Thermal Power Generation. 11 (3) 10-13.
[12] ZHONG, Ya-juan., LI, Si-zhong., WEI, Xing-hai. (2009). Different pore structure of carbon materials as heat transfer enhancement paraffin phase change energy storage material carrier, New Carbon Material, 24 (4) 332-335.

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