The system can achieve synergetic energy release across seasons, days and nights, regulate the thermal environment in the greenhouse, and promote the quantity and quality of crop output.
Greenhouse with synergetic release of short- and long-term PCM storage is proposed.
This research is devoted to further improve the thermal performance of the greenhouse and explore the potential of the north wall. A mathematical model was designed to investigate the concave-convex
The objectives of this study were to evaluate the performance of the heat transfer inside a CSG and analyze the thermal characteristics of different parts of the surrounding structures
Using CFD technology, the thermal environments of the three types of solar greenhouses were simulated and analyzed, and the results provide theoretical support and a reference basis for
This paper can provide new sights and theoretical guidance for the design of the thermal insulation and heat storage of the CSG in high latitudes and cold regions.
In this study, we analyzed the long-term feasibility of a solar heating system for a citrus greenhouse to address the financial difficulties facing farms and to reduce greenhouse gas emissions.
A comprehensive explanation of the design principles, development process, and production practice effects of energy-eficient solar greenhouses in China by integrating more than 40 years of...
The traditional structure design of the Chinese solar greenhouse (CSG) can''t meet the needs of over-winter production of warm-season crops, the thermal insulation and heat storage capacity...
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