According to features of building energy consumption,application of solar energy photo-thermal &photo-electricity conversion technology and solar radiation intensity of Henan Province,this paper proposes design scheme to integrate solar energy photo-thermal and photo-electricity conversion with building rails. Moreover,it designs building rails for heat and electricity supply and tests electricity generation quantity,electricity generation power and inlet and outlet water temperatures. The result has shown that electricity generation power of solar photovoltaic cells can reach 240.04 W as the maximum value and 87.2 W as the minimum value. At the same day, generated electricity degree is 2.5 kW·h as the maximum with the average one every day to be 1.51 kW·h. The maximum difference between inlet and outlet water temperatures of water tank of solar water heater is 34.8℃with the minimum difference to be 23.3 ℃,average temperature difference is about 30.67 ℃. The system operates steadily. It will provide theoretical basis for integrated application of solar energy with building.%针对建筑能耗的消费特点、太阳能光热光电转换技术的应用情况及河南省太阳辐照强度，提出了太阳能光热光电转换与建筑栏杆一体化的设计方案，设计了供热、供电的建筑栏杆，并对该系统的发电量、发电功率和进出水温度进行了测试，结果表明该系统太阳能光电板发电功率最高为240.4 W，最低为87.2 W；当天发电度数最高为2.5 kW·h，平均每天发电度数为1.51 kW·h；太阳能热水器水箱进出水最高温差为34.8℃，最低温差23.3℃，平均温差约30.67℃，系统运行稳定良好.为太阳能与建筑一体化应用的发展提供了理论依据.
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