Updated:2026-05-08
    • Building parameter optimization of solar greenhouse with assembled heterogeneous composite wall based on TRNSYS

    • “Optimizing the parameters of the solar greenhouse, the research team used TRNSYS to model it. After actual testing and verification, it was found that the optimal balance between indoor thermal performance and construction cost can be achieved when the greenhouse ridge height is 5.3 m, the north wall height is 3.7 m, and the horizontal projection width of the rear roof is 1.8 m. This provides a solution for the construction of prefabricated heterogeneous composite wall temperature chambers.”
    • LI Yong , WANG Wenjing , YANG Chun , QIE Lijuan , KANG Ligai , LI Mo , LI Mengdi
    • Journal of China Agricultural University Vol. 29, Issue 7, Pages: 170-180(2024)
    • DOI: 10.11841/j.issn.1007-4333.2024.07.16     

      CLC:

    Scan QR Code

  •  
  •  
  • Full Text(HTML)

  • Figs( 8 ) Tabs( 4 )

  • References

  • Publication Info

  • Metrics

25

Views

16

Downloads

0

CSCD

Alert me when the article has been cited
Submit
Tools
  • BibTeXDownload
  • EndnoteDownload
  • RefMan Download
  • NoteExpressDownload
  • NoteFirstDownload

Related Articles

Development of replaceable phase change heat storage and release system and its influence on the thermal environment of solar greenhouse
Thermal environmental status testing and analysis of a typical brick-wall solar greenhouse in Tianjin
Thermal environmental status testing and analysis of three types of solar greenhouse in Quwo of Shanxi
Study on the performance of rhizosphere water cycle heat exchange system for tomatoes in solar greenhouses in winter
Adaptability evaluation of overwintering fresh tomato varieties on east-west ridges in solar greenhouses

Related Author

CHANG Xuemiao
WANG Qingfeng
WANG Pingzhi
WANG Derui
WANG Yuxin
XU Fan
MA Cheng-wei
LIU Yang

Related Institution

College of Water Resources and Civil Engineering, China Agricultural University
Tianjin Xiqing District Agricultural Technology Extension and Service Center
College of Water Resources & Civil Engineering/Key Laboratory of Agricultural Engineering in Structure and Environmentof Ministry of Agriculture, China Agricultural University
College of Water Resources and Civil Engineering, China Agricultural University
Intelligent Equipment Research Center, Beijing Academy of Agriculture and Forestry Science