科技资讯2024,Vol.22Issue(16) :197-199.DOI:10.16661/j.cnki.1672-3791.2404-5042-1435

基于相变储热技术的绿色建筑性能优化研究

Research on Performance Optimization of Green Buildings Based on Phase Change Heat Storage Technology

李希杰
科技资讯2024,Vol.22Issue(16) :197-199.DOI:10.16661/j.cnki.1672-3791.2404-5042-1435

基于相变储热技术的绿色建筑性能优化研究

Research on Performance Optimization of Green Buildings Based on Phase Change Heat Storage Technology

李希杰1
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作者信息

  • 1. 首都经济贸易大学密云分校 北京 101500
  • 折叠

摘要

随着环保理念的深入践行,绿色建筑面临着更高的节能减排需求.为对绿色建筑的节能性能进行优化,在绿色建筑的节能设计的基础上,将相变储热技术应用到绿色建筑的围护结构、供热系统和光伏发电系统中,并对相变储热技术在供热系统中的应用进行了实验分析.结果表明,相较于传统的直热式电锅炉,研究提出的相变储热技术在不同时期的耗电量均更低,最高耗电量为5 164 kW·h,耗电量减少了约一半.实验结果展示了相变储热技术的良好供热和节能性能,相变储热技术在绿色建筑中的应用,提高了绿色建筑的节能性能.

Abstract

With the deepening implementation of environmental protection concepts,green buildings are facing higher demands for energy saving and emission reduction.To optimize the energy-saving performance of green buildings,this research applies Phase Change Heat Storage technology to the enclosure structure,heating system,and photovoltaic power generation system of green buildings based on the energy-saving design of green buildings.And experimental analysis is conducted on the application of Phase Change Heat Storage technology in heating sys-tems.The results show that compared to traditional direct heating electric boilers,Phase Change Heat Storage tech-nology proposed in the research has lower power consumption at different periods,with a maximum power con-sumption of 5 164 kW·h,which has been reduced by half.The experimental results demonstrate the excellent heat-ing and energy-saving performance of Phase Change Heat Storage technology.Research is beneficial for promot-ing the application of Phase Change Heat Storage technology in green buildings and improving the energy-saving performance of green buildings.

关键词

绿色建筑/相变储热技术/性能优化/环保节能

Key words

Green building/Phase Change Heat Storage technology/Performance optimization/Environmental protection and energy conservation

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出版年

2024
科技资讯
北京国际科技服务中心 北京合作创新国际科技服务中心

科技资讯

影响因子:0.51
ISSN:1672-3791
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