Simulation of agriculture greenhouse integrated with on-roof Photo-Voltaic panels: case study for a winter day
Salah, AH; Fath, HES; Negm, A; et al.Akrami, M; Javadi, A
Date: 16 September 2020
Publisher
International Conference on Innovative Applied Energy
Abstract
This paper investigates analytical study for an agricultural
greenhouse (GH) integrated with Photo Voltaic/Thermal (PV/T)
units in its roof and south wall in addition to HumidificationDehumidification system (HDH). This system uses the extra solar
radiation to generate electricity which is used in HDH system to
condensate water ...
This paper investigates analytical study for an agricultural
greenhouse (GH) integrated with Photo Voltaic/Thermal (PV/T)
units in its roof and south wall in addition to HumidificationDehumidification system (HDH). This system uses the extra solar
radiation to generate electricity which is used in HDH system to
condensate water recovered from plant transpiration and use it in
irrigation. This system provides plants with a proper climate
conditions and its requirements of solar radiation and water.
MATLAB is used to develop a mathematical model based on
energy equations to simulate the GH performance. The results
predict that the system can be self-sufficient of energy and can
provide proper conditions for the plant growth for the climate
conditions of winter in Zagazig.
Engineering
Faculty of Environment, Science and Economy
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