首页|不同MHP-BIPV/T系统的实验研究

不同MHP-BIPV/T系统的实验研究

扫码查看
以3种不同的MHP-BIPV/T系统为研究对象,研究了 2023年1月5日3组系统的光电、光热和综合效率,结果表明:在室外平均温度为0。7 ℃的天气下,透光—吸热蓝膜MHP-BIPV/T系统、透光MHP-BIPV/T系统、满布微热管MHP-BIPV/T系统的平均电效率可达到13%、13。1%、10。6%,平均综合效率可达到43。9%、65。2%、80%,满布微热管的MHP-BIPV/T系统的综合性能好于透光—吸热蓝膜MHP-BIPV/T系统和透光MHP-BIPV/T系统;3种系统的平均温度均在17。9 ℃,可以满足基本供暖需求。
Experimental Study of Different MHP-BIPV/T Systems
The photovoltaic,photothermal and integrated efficiencies of three groups of systems on January 5,2023 were studied with three different MHP-BIPV/T systems,and the results showed that in the weather with an average outdoor temperature of 0.7℃,the transmissive-heat-absorbent blue-film MHP-BIPV/T system,the trans-missive MHP-BIPV/T system,and the microtubule-full MHP-BIPV/T system with an average electric efficiency can reach 13%,13.1%and 10.6%,and the average comprehensive efficiency can reach 43.9%,65.2%and 80%,and the comprehensive performance of MHP-BIPV/T system full of micro heat pipes is better than that of light-transmitting-heat-absorbing blue-film MHP-BIPV/T system and light-transmitting MHP-BIPV/T system;the aver-age temperatures of the three systems are over 17.9℃ and can meet the basic heating demand.

photovoltaicphotothermalMHP-BIPV/Theat pipecombined efficiency

柴云娥、刘孝敏、杨林艳、顾金寿、魏巍、刘叶瑞

展开 >

甘肃自然能源研究所,甘肃兰州 730050

甘肃省低碳建筑工程研究中心,甘肃兰州 730050

光电 光热 MHP-BIPV/T 热管 综合效率

甘肃省青年科技计划项目甘肃省住房和城乡建设厅科研项目

22JR11RA217JK2021-12

2024

绿色科技
花木盆景杂志社

绿色科技

影响因子:0.365
ISSN:1674-9944
年,卷(期):2024.26(10)