Solar Greenhouse

>> Product Advantage

1. Integrated Photovoltaic Power Generation System

The greenhouse features an advanced photovoltaic integration system that enables efficient energy generation while maintaining agricultural productivity. By combining agriculture photovoltaic integration greenhouse, solar power greenhouse structure, and dual-use farming solar system, it maximizes land utilization. The system supports on-grid or off-grid applications, helping reduce electricity costs and providing a stable renewable energy source for modern farming operations.

2. High-Strength Galvanized Steel Structure

Constructed with durable materials, the greenhouse uses hot dip galvanized steel greenhouse frame, corrosion resistant agricultural structure, and long lifespan solar greenhouse system. It offers strong resistance to wind, snow, and harsh weather conditions. The robust structure ensures long-term stability and reduces maintenance requirements, making it suitable for large-scale commercial agricultural and solar projects.

3. Energy Saving and Cost Efficiency

This greenhouse reduces operational costs by integrating energy saving photovoltaic greenhouse solution, low energy consumption farming structure, and renewable energy agricultural system. Solar power can be used for irrigation, lighting, and basic farm equipment. The system lowers dependence on traditional energy sources while increasing overall return on investment for agricultural and energy projects.

4. Flexible Application and Customization

The design supports a wide range of agricultural uses with customized solar greenhouse solutions, multi-span photovoltaic greenhouse system, and commercial agriculture solar greenhouse design. It can be adapted to different crops, climates, and project scales. Flexible configuration options allow users to optimize both planting and power generation, meeting diverse project requirements in modern agriculture.

>> Technical Parameters

>> Product Uses

1. Commercial Agriculture Production

Widely used in large-scale farms, the photovoltaic greenhouse supports vegetable, fruit, and flower cultivation. It combines crop production with solar energy generation, making it ideal for commercial agriculture projects seeking higher land-use efficiency and stable long-term returns.

2. Agricultural + Solar Energy Projects

Suitable for integrated farming and energy developments, this system is applied in projects that combine agriculture with power generation. It helps maximize land value by producing clean electricity while maintaining continuous crop cultivation.

3. Remote and Off-Grid Farming Areas

In remote regions with limited power supply, the photovoltaic greenhouse provides a reliable energy source for basic farming operations. It can support irrigation systems, lighting, and small equipment, improving productivity in off-grid agricultural environments.

4. Research and Demonstration Projects

Commonly used in agricultural research centers and pilot projects, this greenhouse supports studies on crop growth under controlled light conditions. It also serves as a demonstration model for sustainable agriculture and renewable energy integration.

5. Eco-Friendly and Sustainable Farming

Ideal for environmentally focused farms, the system reduces carbon emissions by using solar energy. It is suitable for organic farming, eco-agriculture parks, and green development projects that prioritize sustainability and energy efficiency.

>> Product Operate Guide

• 1-Site Preparation & Line Marking
  

  Mark out lines horizontally and vertically for the ground-inserted greenhouse. Drill holes at 1-meter intervals, with the depth matching the required embedding length of the main frame.

• 2-Material Delivery & Assembly

  Transport all materials to the site and pre-install the elliptical clamps in accordance with the greenhouse design.

• 3-Frame Erection & Levelling

  After assembling all elliptical clamps, erect the main frame, connect the tie rods, and use a spirit level to adjust and ensure horizontal alignment.

• 4-Frame Grouting & Support Installation

  Backfill the base of the frame with concrete, then erect the support columns, along with the column girders and diagonal braces.

• 5-Clamping Channel Installation for Air Vents

  Once the concrete has set, install the clamping channels for the side and roof air vents.

• 6-Greenhouse Film Installation

  Cover the frame with the greenhouse film and secure it firmly in the clamping channels using spring clips.

• 7-Film Roller Installation & Commissioning

  Mount the film rollers, test the operation of the film air vents. The entire greenhouse construction is then completed.

>> FAQ

Q1: What materials are used for the structure and covering?

A: The frame is made of hot-dip galvanized steel, and the covering uses UV-resistant polyethylene film, offering durability, high light transmission, and protection from wind, rain, and moderate snow.

Q2: Can the greenhouse be customized?

A: Yes, the span, length, roof height, and structure can be customized to fit project requirements, including vegetable farms, nurseries, or research and demonstration projects.

Q3: How is the greenhouse shipped and packed?

A: Steel frames are bundled, and film panels are packed in protective crates. The greenhouse is suitable for container shipping, including 20GP, 40GP, and 40HQ containers.

Q4.Payment method and warranty period?

A:Accept TT/LC, with a 15 year warranty (free replacement for non-human damage).