Solar panel structure | vertical | ground mounting | bifacial (double-sided) modules | 60 m/s wind load

Technical Specifications

Type: Agri-PV vertical solar module structure
Mounting type: Ground mounting
Module angle: 90° vertical installation
Structure material: Hot-dip galvanized steel / MAC steel
Wind load: Up to 60 m/s
Snow load: 5.4 kN/m²
Active structure height: 2 m
Distance from ground: 0.6 – 1.0 m
Total height: Approximately 3 m
Row spacing: 10 – 15 m
Orientation: South / East / West
Recommended modules: Bifacial solar modules
Annual energy gain: +5 – 15 % higher specific energy generation

Functions and Structural Solutions

Vertical module installation (90°) – this system allows modules to be installed vertically, which reduces snow accumulation, dust deposition and improves the self-cleaning effect of the modules.

Optimized Agri-PV design – the structure is adapted for agricultural areas, therefore a large spacing of 10–15 meters between module rows is maintained, allowing the land to be used for farming.

High resistance to environmental impact – the hot-dip galvanized steel structure ensures long-term resistance to corrosion, humidity, UV radiation and extreme weather conditions.

Efficient energy generation – the vertical structure is ideally suited for bifacial modules, which generate energy from both the eastern and western sides, increasing total electricity production.

Robust mechanical construction – the system is designed to withstand strong wind (up to 60 m/s) and heavy snow load (5.4 kN/m²).

Usage

For agriculture and farmers: The Agri-PV structure allows combining electricity generation with agriculture. Crops can be grown under the structure, livestock can graze, or the land can be used for other farming activities.

For solar power plant designers and engineers: This is an advanced structure for designing large photovoltaic parks, especially in regions where optimal land use and increased energy generation using bifacial modules are important.

For electricians and installation specialists: The structure is designed for convenient installation and compatibility with standard photovoltaic modules, which makes installation work faster and more efficient.

For investors in solar energy: This system enables the creation of a long-term and stable energy production solution that can increase the efficiency of a solar power plant and reduce land-use conflicts.

Advantages

Possibility to combine solar energy and agriculture
Up to 5–15 % higher energy generation using bifacial modules
High wind resistance (60 m/s)
High snow load capacity – 5.4 kN/m²
Hot-dip galvanized structure – durability and corrosion resistance
Reduced snow and dirt accumulation on modules
Large spacing between rows allows agricultural use of the land

Disadvantages

A larger land area is required between module rows
Vertical installation may be less efficient in regions with low winter sun angles
Project planning often requires individual land plot design