Photovoltaic Panel Glass Winter Greenhouse
- HONGYANG GREENHOUSE
- CHINA
Photovoltaic Panel are installed on the roof to capture solar power and.Solar power can be used to run various system in winter greenhouse,such as heating,cooling,ventilation,lighting,and irrigation.
Product Description
The photovoltaic greenhouse is an agricultural facility that uses solar power technology to not only provide the necessary light and temperature control, but also generate electricity through the installed solar panels to achieve energy self-sufficiency.
Product Characteristics
High light transmittance: The materials used in photovoltaic greenhouses have a high light transmittance, which means that they are able to allow a lot of natural light into the interior of the winter greenhouse, providing sufficient light for the plants.
Energy saving and power generation: The photovoltaic greenhouse integrates solar panels, which can not only be used for agricultural production, but also convert solar energy into electricity, achieving energy self-sufficiency.
Structural design flexibility: Due to the use of flexible thin-film solar modules, photovoltaic greenhouses can be customized according to specific agricultural needs, such as coverage area, shape, etc., to adapt to different crop cultivation methods.
Improve the microclimate in the greenhouse: Through its special design and material selection, photovoltaic greenhouses can effectively control the temperature and humidity in the winter greenhouse, thereby creating a more suitable environment for plant growth. For example, by adjusting light transmittance and using technologies such as reflective glass, light distribution can be optimized, heat loss reduced and energy efficiency improved.
Support diversified agricultural activities:Photovoltaic greenhouses are not limited to traditional vegetable or flower cultivation, but can also be used to grow high value-added crops such as organic agricultural products and precious seedlings. In addition, it supports off-season planting and boutique planting, increasing the diversity and sustainability of agricultural production.
Environmental protection and energy saving: The use of photovoltaic greenhouses helps reduce fossil fuel consumption and carbon emissions, fighting global warming, while also reducing energy costs in agricultural production.
Product Parameter
| Type | Photovoltaic Greenhouse |
| Covering material | Glass and Photovoltaic Panel |
| Frame | Hot-dip galvanized steel |
| Span width | 8.0m/9.6m/10.8m/12m |
| Bay width | 4m/8m |
| Eaves height | 3m-8m |
| Hanging load | 15KG/㎡ |
| Wind load | 0.55KN/㎡ |
| Max Rain Quantity | 140mm/h |
| Bay width | 4m/8m |
Product Details
structure：hot dip galavanzied steel
The steel that accordance the national standards through the hot dip galvanizing process enhances the adhesion of the steel .The Hot Dip Galavanzied improves the overall wind pressure and other external pressure withstand strength of the greenhouse, and extends the service life of the greenhouse. The steel through the galvanized process has strong corrosion resistance and a service life of up to 20 years.
Covering Materials:glass and photovoltaic panel
Tempered glass has strong impact resistance, can withstand large temperature differences, is not easy to damage, and has high safety. After being damaged by high strength, it will disperse into small particles, which will not cause great harm to people.
Cooling System
Evaporative cooling utilizes the principle of evaporation to reduce temperatures inside the photovoltaic greenhouse. Water is dripped onto wet curtain, and as it evaporates, it absorbs heat from the surrounding air, cooling it in the process. Then cooling fan circulate the cooled air throughout the photovoltaic greenhouse.
External Shading System
The function of the external shading system is to reduce the temperature in the photovoltaic greenhouse by blocking part of the solar radiation, thereby protecting crops from bright light burns and helping to reduce energy consumption and environmental burden. The working principle of the outer sunshade system involves using a motor to drive the opening and closing of the sunshade net to regulate the large amount of sunlight entering the photovoltaic greenhouse. This system can automatically or manually control the position of the sunshade as needed to achieve the best shading effect.
