PV Greenhouse System
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PV Greenhouse System

Product Name: Photovoltaic (PV) Greenhouse System
Primary Function: Combines clean energy generation with controlled environment agriculture (CEA).
Application: Cultivation of high-value crops (fruits, vegetables, flowers), nurseries, research facilities.
Key Feature: Customizable light transmittance to balance crop needs and power output.
Structure: High-strength, large-span steel structure.
Core Benefit: Achieves dual land use, generating both agricultural and energy revenue from the same plot.
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Product Introduction

The Future of Farming: Harvesting Both Sunlight and Crops

Promisteel's Photovoltaic (PV) Greenhouse System is a groundbreaking agrivoltaics solution that seamlessly integrates solar power generation with modern agriculture. Our solar panel greenhouses are more than just structures; they are highly engineered ecosystems designed to create an optimal growing environment while producing clean, renewable energy. This innovative approach allows you to achieve "dual-harvesting"-reaping both agricultural produce and energy revenue from the same piece of land.

  • Customizable Light Transmittance for Optimal Crop Growth

The success of a PV greenhouse hinges on a critical balance: providing enough sunlight for your crops while maximizing the area for solar panels. We are experts in achieving this balance. Our engineering team works with you to design a solar greenhouse structure with a specific light transmittance ratio (e.g., 30%, 50%, 70%) tailored to the unique needs of your crops. By strategically arranging the PV modules, we ensure your plants receive the photosynthetically active radiation (PAR) they need to thrive.

  • Large-Span Structure for Unobstructed Farming

A productive greenhouse requires open, unobstructed space for machinery and personnel. Our systems are built using high-strength steel to create large-span greenhouse structures. This minimizes the number of internal support columns, providing a vast, open interior that maximizes usable farming area and operational efficiency. The robust steel frame is also designed to support additional equipment such as irrigation systems, lighting, and ventilation fans.

  • Creating a Superior Growing Environment

The PV modules on the roof do more than generate power. They act as a dynamic shading element, protecting crops from excessive summer sun and reducing heat stress. This can lower irrigation water demand and create a more stable microclimate within the greenhouse, potentially extending the growing season and improving crop quality.

 

Engineering and Design Specifications

 

Parameter Specification & Options
Application High-Value Crop Cultivation, Nurseries, Botanical Research
Structural Material High-Strength Steel (Q235, Q355)
Anti-Corrosion Treatment Hot-Dip Galvanization (HDG)
Span Width Up to 20 meters or more (customizable)
Gutter Height 4-8 meters (customizable for machinery access)
Light Transmittance Customizable: Designed from 20% to 80% based on crop requirements
Roof Cladding Combination of PV Modules and professional greenhouse materials (e.g., Polycarbonate, Glass)
Ventilation Options Roof Vents, Side Wall Vents (manual or automated)
Design Loads Engineered to support crop loads, equipment loads, and local wind/snow loads
Warranty 15-Year Structural Warranty

 

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About Us

 

Tianhe New Energy Metal Processing Co., Ltd. is the new energy division of Promisteel, specializing in the processing, supply, and service of solar power systems. Established in 2015, we are affiliated with Tianhe Group and located in the Tianjin Airport Economic Zone in China. We have our own processing line and service company and have established subsidiaries in Singapore, Hong Kong, and Uganda to better serve our global customers.

 

With extensive experience in foreign trade exports and a stable supply chain, we are able to provide customers with high-quality photovoltaic modules, brackets, and related products. Our customers are located in more than 60 countries worldwide, and our goal is to make Chinese new energy brands leading in value globally.

 

We uphold the values of sincerity, uprightness, gratitude, inclusiveness, excellence, and practicality and are committed to providing customers with quality products and services. In addition to the photovoltaic industry, we also serve the steel structure industry, home appliance industry, transformer industry, and stainless steel industry. We understand the characteristics and requirements of these industries and provide customized services and professional technical support to meet customer demands.

 

FAQ

Q1: Will the solar panels block too much light for my plants?

A1: This is the most critical design consideration. We do not offer a one-size-fits-all solution. Our process begins with understanding your crop's specific light requirements. We then engineer the solar greenhouse structure with a customized light transmittance by adjusting the spacing and layout of the PV panels. For some shade-tolerant crops, the partial shading can even be beneficial.

Q2: What kind of crops are suitable for a PV greenhouse?

A2: A wide variety of crops can thrive in a PV greenhouse, especially those that benefit from or can tolerate partial shade. This includes many leafy greens (lettuce, spinach), herbs, mushrooms, and certain fruits like berries. For sun-loving plants, we design a layout with higher light transmittance.

Q3: Is the structure strong enough to handle both the solar panels and heavy snow?

A3: Absolutely. As steel structure experts, we design our large-span greenhouse structures to meet or exceed local building codes for all combined loads. This includes the weight of the solar panels, equipment, potential crop loads (like hanging vines), and the maximum anticipated snow and wind loads for your specific location.

Q4: Can this system really be profitable from both farming and energy?

A4: Yes, that is the core concept of photovoltaic agriculture. The system generates two distinct revenue streams from the same land area. The electricity produced can be used to power the greenhouse operations (lighting, heating, cooling), drastically reducing your energy costs, and any surplus can be sold back to the grid for profit. This, combined with the revenue from your high-value crops, creates a highly attractive economic model.

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