Influence of drip irrigation operating and management using solar photovoltaic water pumping on strawberry yield inside greenhouses [electronic resource]

By: Contributor(s): Language: English Summary language: Arabic Description: p. 429-452Other title:
  • تأثير إدارة وتشغيل نظام الري بالتنقيط بإستخدام الخلايا الكهروضوئية علي انتاجية محصول الفراولة داخل الصوب الزراعية [Added title page title]
Uniform titles:
  • Misr Journal of Agricultural Engineering, 2016 v.33 (2) [electronic resource]
Subject(s): Online resources: In: Misr Journal of Agricultural Engineering 2016.v.33(2)Summary: Field experiment was conducted at greenhouses site. Faculty of Agriculture, Kafreilsheikh University during winter season 2014 to study influence of drip irrigation operating and management using solar photovoltaic water pumping on STRAWBERRY yield inside greenhouses. The variables were: daily solar radiation (W/m2) emitters discharge (lIh), controlled greenhouse by (a solar heater. wet pads and fans). uncontrolled greenhouse. Temperature(0c) and relative humidity (%) inside two greenhouses. The main results summarized as follows: The maximum value of the electrical power output. (117.41 W) and the panel efficiency (11.62%) at solar radiation (940W/m2) while. the maximum value of the subsystem efficiency and the overall efficiency (45.045 and 5. 64 %) at the minimum value of solar radiation (311W/m2) at 13.00 h during tested days..
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Articles Articles Main ART MJAE V33 No2 8 (Browse shelf(Opens below)) Available

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Field experiment was conducted at greenhouses site. Faculty of Agriculture, Kafreilsheikh University during winter season 2014 to study influence of drip irrigation operating and management using solar photovoltaic water pumping on STRAWBERRY yield inside greenhouses. The variables were: daily solar radiation (W/m2) emitters discharge (lIh), controlled greenhouse by (a solar heater. wet pads and fans). uncontrolled greenhouse. Temperature(0c) and relative humidity (%) inside two greenhouses. The main results summarized as follows: The maximum value of the electrical power output. (117.41 W) and the panel efficiency (11.62%) at solar radiation (940W/m2) while. the maximum value of the subsystem efficiency and the overall efficiency (45.045 and 5. 64 %) at the minimum value of solar radiation (311W/m2) at 13.00 h during tested days..

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