Glass solar greenhouses for agricultural production with low light requirements
Products Description
Panda Greenhouses' PV Greenhouse Solutions effectively address key challenges in greenhouse agriculture through the following aspects:
1. Construction Costs
Traditional PV greenhouses require additional mounting structures to support external solar panels. Panda Greenhouses' patented PV modules directly replace conventional cladding materials, eliminating redundant structures and reducing material specifications – significantly lowering construction costs.
2. Operational Costs
Labor, materials (seeds, fertilizers, etc.), machinery, and energy constitute the major operational expenses. Panda Greenhouses' integrated PV system fully meets the facility's electricity demand, with surplus power available for sale – slashing energy costs and generating additional revenue.
| Photovoltaic Greenhouse Types | Venlo,Large Gable Roof, Customized |
| Photovoltaic Greenhouse Span | 8m-12m, Customized |
| Photovoltaic Module Light Transmittance | 0%/10%/40%(Customized Light Transmittance) |
| Small PV Greenhouse (500-1,000m2) | Approximately 20,000-50,000 kWh |
| Medium PV Greenhouse (1,000-5,000m2) | Approximately50,000-250.000 kWh |
| Large PV Greenhouse (5,000m2+) | Can exceed 250,000kWh |
0% Light Transmittance ：Edible Fungus Cultivation ,Plant Factories (Artificial Lighting Type),Scientific Research & Experiments, Aquaculture/Livestock Farming, Education & Exhibition, Industrial Applications,
10% Light Transmittance ：Shade-Tolerant Crop Cultivation ,Edible Fungi & Specialty Crops
Plant Factories (Hybrid Lighting Type),Ecotourism & Exhibition, Aquaculture, Specialized Industrial Uses, Education & Science Outreach,
40% Light Transmittance ：Vegetable Production, Floriculture, Fruit Tree Seedling Cultivation
Medicinal Herb Cultivation, Seedling Propagation & Cutting, Ecotourism & Exhibition, Scientific Research, Mixed-Crop Cultivation, Agrivoltaics (PV Greenhouses),Education & Science Outreach
0% Light Transmittance
Power Range: 435W-460W
Cell Type: Monocrystalline Silicon
Dlmenslons(LxWxT): 1761*1133*4.75mm
Welght:11.75kg
Annual Degradatlon Rate: -0.40%
10% Light Transmittance
Power Range: 410W-440W
Cell Type: Monocrystalline Silicon
Dlmenslons(LxWxT): 1750*1128*7.4mm
Welght:32.5kg
Annual Degradatlon Rate: -0.50%
40% Light Transmittance
Power Range: 290W-310W
Cell Type: Monocrystalline Silicon
Dlmenslons(LxWxT): 1750*1128*7.4mm
Welght:32.5kg
Annual Degradatlon Rate: -0.50%
Greenhouse System
Cooling system
For most greenhouses, the extensive cooling system we use are fans and cooling pad. When the air penetrates the cooling pad medium, it exchanges heat with the water vapor on the surface of the cooling pad to achieve humidification and cooling of the air.
Shading system
For most greenhouses, the extensive cooling system we use are fans and cooling pad. When the air penetrates the cooling pad medium, it exchanges heat with the water vapor on the surface of the cooling pad to achieve humidification and cooling of the air.
Irrigation system
According to the natural environment and climate of the greenhouse. Combined with the crops that need to be planted in the greenhouse. We can choose a variety of irrigation methods; droplets, spray irrigation, micro -mist and other methods. It is completed at one time in hydrating and fertilization of plants.
Ventilation system
Ventilation is divided into electric and manual. Different from the ventilation position can be divided into side ventilation and top ventilation.
It can achieve the purpose of exchanging indoor and outdoor air and the purpose of reducing the temperature inside the greenhouse.
lighting system
Setting the optical system in the greenhouse has the following advantages. First, you can provide a specific spectrum for plants to make plants grow better. Secondly, the light required for plant growth in the season without light. Third, it can increase the temperature inside the greenhouse within a specific range.