The Light-Transmitting Interval Solar Greenhouse is a next-generation solution for sustainable agriculture. By intelligently combining solar energy with precision farming, it offers:
Dual-function efficiency (Power generation + Crop production), Adaptability to diverse crops and climates, Long-term economic and ecological value
This greenhouse model is ideal for agricultural investors, eco-farming enterprises, and regional governments aiming to promote green energy agriculture.
Material:
Aluminum alloy 6005-T5, Stainless steel 304Snow Load:
1.4KN/M²Wind Load:
60m/sPanel Orientation:
Portrait or LandscapeWarranty:
10 YearsService Life:
More than 20 YearsThe Light-Transmitting Interval Solar Greenhouse is an innovative agricultural structure that integrates photovoltaic power generation with high-efficiency crop cultivation. Unlike traditional full-coverage PV greenhouses, this design features alternating PV panels and transparent sections, optimizing both energy generation and natural light transmission for plants. This ensures a balanced environment for crop growth while producing clean solar energy.
Ideal for modern agricultural applications, this greenhouse model supports intelligent climate control, sustainable farming practices, and smart land use — making it a popular choice in both agricultural and energy integration sectors.
Product Specification
Install Site: |
Open Terrain |
Module Orientation: |
Portrait or Landscape |
Wind Speed: |
60m/s |
Snow Load: |
1.4kn/m2 |
Certification: |
ISO9001/CE/SGS/TUV |
Material: |
Aluminum 6005-T5, Carbon steel |
Surface Treatment: |
Anodized,hot deep galvanized |
Warranty: |
15 Years |
Duration: |
25 Years |
Product Features
Alternating PV and light-transmitting zones ensure sufficient sunlight for photosynthesis while generating solar power.
Customizable PV-to-light ratio (e.g., 30:70 or 40:60) based on crop needs and regional solar irradiance.
Built with galvanized steel or aluminum alloy frames to support PV loads and resist wind/snow.
Compatible with single-span or multi-span greenhouse designs.
On-site power generation can support lighting, irrigation, ventilation, and auxiliary heating systems.
Excess power can be stored or connected to the grid, reducing operational costs.
Scalable for different applications: vegetable farming, seedling cultivation, medicinal herbs, aquaponics, and agritourism.
Module spacing, height, and roof slope can be tailored to specific needs.
FAQs
A: The spacing between PV modules allows sufficient sunlight to reach the crops, minimizing the negative impact on photosynthesis. The design ensures a stable and efficient growth environment, especially when the light-transmission ratio is tailored to the crop type.
A: Leafy greens, strawberries, tomatoes, cucumbers, herbs, and many seedlings thrive in this setup. Shaded crops or partial-sun plants also perform well under alternating light patterns.
A: Depending on the PV coverage (e.g., 30–50%) and local solar resources, typical installations can generate between 30–60 kWh/day per 100m². System performance can be enhanced with high-efficiency PV modules.
A: Yes. The greenhouse can be configured for grid-tied, off-grid, or hybrid power systems, depending on the client’s energy needs and infrastructure availability.
A: With proper maintenance, the PV solar mount system typically lasts 25+ years, while the greenhouse frame and covering materials (e.g., polycarbonate sheets or film) can last 10–20 years, depending on the materials used.