Potential Analysis of Architectural Application of Solar Energy Resource in Panzhihua

Abstract:

Basing on the meteorological data of Panzhihua, such as monthly solar radiation, sunshine duration, sunshine percentage, sunny days, and transmission coefficient, etc, we analyzed the distribution and application potential of solar energy resource . The result is as follows:(1) there are obvious seasonal characteristic for solar energy resource;(2) the solar water heater can meet the requirements of the standard domestic hot water the whole year;(3)it’s necessary to pay attention to usage and control for the sunshade and the day-lighting technology, where the east and west window should be avoided in the architectural design, and the south window with movable level external shading should be set up; (4)the photovoltaic system in the building which can reduce converted units exhaust emissions of 14.20 kg/ WP, produce the environmental benefits of about 1.72￥/ WP, and bring good environmental benefits.

• Periodical: Applied Mechanics and Materials (Volumes 541-542)
• Pages: 954-960
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.541-542.954
• Online since: March 2014
• Authors: Shun Mei Li, Jun Mei, Yong Yao
• Keywords: Day-Lighting, Photovoltaic (PV) System, Potential Analysis, Shading, Solar Energy Resource, Solar Hot Water System

References

[1] Shijun You, Hejiang Sun, Degang Ma, etc. Solar energy resources and potential applications in china[J]. Urban Environment and Urban Ecology, 2002，15(2)：57-59.

[2] Yiping Li，Chengxun Du，Yongqiong Chen，etc. An assessment of solar energy resource in Panzhihua[J]. Plateau And Mountain Meteorology Research，2009, 29（1）：44-50.

[3] Ruicheng Zheng. Civil engineering and technical manuals solar water heating systems[M]. Chemical industry publishers，2006, 26-90.

[4] Wangrui Feng, Zhiqiang Xiong, etc. Sichuan solar radiation resources[M]. Sichuan Science and Technology Publishing，1992, 1-13, 15-20, 21-26.

[5] Ying Yuan, Goudong Wang, Ziwe Wang i. Solar collector components-only way of solar building integration[J]. Acta Energiac Solar Sinica, 2005，26(1)：44-48.

[6] Ruicheng Zheng. Civil engineering technology solar hot water system[M]. Beijing : Chemical Industry Press, 2006, 26-90.

[7] Chongjie Wang, Yibing Xue, etc. Solar Building Design[M]. Beijing : China Building Industry Press, 2007, 100-121.

[8] GB/T 50331-2002, the water consumption of urban resident living standard[S]. Beijing : China Building Industry Press, (2002).

[9] Yiwen Jian, Suying Wang, Yi Jian. Optimum overhang and vertical shading device dimensions for energy saving in Beijing [J]. Xi'an university of Arch &Tech, 2001，33(3)：212-217.

[10] Guoqing Cao, Guangbei Tu, Bing Yang. Study of optimum horizontal shading device dimensions for energy saving in residential buildings[J]. Acta Energiac Solar Sinica, 2006，27(1): 96-100.

[11] Athienitis A K, Tzempelikos A. A methodology for simulation of daylight room illuminance distribution and light dimming for a room with a controlled shading device[J]. Solar Energy, 2002, 72(4)：271-281.

DOI: 10.1016/s0038-092x(02)00016-6

[12] Qunzhi Zhu, Leilei Si, Tingyan Jiang. Economical and environmental analysis of building photovoltaic systems with different installation styles [J]. Acta Energiac Solar Sinica, 2012，33(1): 25-29.

[13] Ming Zhang, Liang Cai， Weiping Yu. Economic analysis of BIPV system[J]. Applied Energy Technology，2007，( 11) : 1-4.

[14] Shiguo Xu， Shaoqin Lv. Economic analysis of solar photovoltaic systems[J]. New Energy Sources，1995，17( 4) : 24-28.

[15] Xiaoxuan Che, Rongqiang Cui. The cost analysis and design of new gird-connected PV system in the communityarea[J]. Acta Energiae Solaris Sinica，2005，26 ( 2) : 207-214.