首页|光伏发电与固体储热联合供暖系统开发与应用

光伏发电与固体储热联合供暖系统开发与应用

扫码查看
在促进太阳能与常规能源联合应用的基础上,文中提出了一种光伏发电与固体储热联合供暖系统,并以张家口某一企业为例,设计联合供暖系统。利用 Meteonorm收录的张家口气象站太阳辐射量数据,模拟该企业光伏系统的发电量,与固体储热联合供暖。光伏系统的发电量供暖期用来减少供暖系统的用电量,非供暖期实现并网盈利用来减少供暖系统的运行费用。通过与其原有供暖系统对比分析发现光伏发电与固体储热联合供暖系统前 2 年可实现盈利,在第 25 年运行费用为 12。8万元,远低于原有供暖系统,同时还能减少污染物的排放。
Development and Application of Photovoltaic Power Generation and Solid Heat Storage Combined Heating System
On the basis of promoting the joint application of solar energy and conventional energy,this paper proposes a photovoltaic power generation and solid heat storage co-heating system,and takes an en-terprise in Zhangjiakou as an example to design a combined heating system.Using the solar radiation data of Zhangjiakou Meteorological Station collected by Meteonorm,the power generation of the company's photovoltaic system was simulated and combined with solid heat storage.Through the comparative analy-sis with its original heating system,it is found that the photovoltaic power generation and solid heat stor-age combined heating system can be profitable in the first two years,and the operating cost in the 25th year is 128,000 yuan,which is much lower than the original heating system,and can also reduce the emis-sion of pollutants.

central heatingsolid heat storagephotovoltaic power generationheat source transforma-tionEconomic benefits

裴文浩、贾鸿源、闫孟哲、杜浩浩

展开 >

河北建筑工程学院 能源工程系,河北省张家口市桥东区朝阳西大街 13 号 075132

河北省储能供热技术创新中心,河北省张家口市桥东区朝阳西大街 13 号 075132

联合供暖 固体储热 光伏发电 热源改造 经济效益

河北省科技厅科技研发平台建设专项河北建筑工程学院校级研究生创新基金(2023)

225676106HXY2023057

2024

河北水利电力学院学报
河北工程技术高等专科学校

河北水利电力学院学报

影响因子:0.414
ISSN:2096-5680
年,卷(期):2024.34(2)
  • 6