Benin - 99 kwp Agri-PV

June 30, 2026

Location

Benin, Africa

System Capacity

99 KWp

Product Applied

Agri-PV Mounting System

Grid Connection

April 2026

Project Overview

The Benin 99 kWp Agri-PV Project represents a pioneering sustainable development initiative that integrates solar energy generation with modern agricultural practices. By installing a 99 kWp photovoltaic system above productive farmland, this project dual-purposes the land to maximize efficiency: generating clean, renewable energy while providing essential shade and powered infrastructure to support local farming operations.

The Challenge

Soil Salinity and Corrosivity: Benin’s climate, particularly in southern regions, can be humid and prone to corrosive environmental factors. Protecting the galvanized steel mounting structures—especially at the weld points—from rapid oxidation is critical to ensuring the 25-year structural integrity of the solar array.
Environmental Micro-climate Calibration: The core challenge of Agri-PV is finding the perfect balance between Light Transmissivity and Crop Photosynthesis. The mounting structure must be high enough to allow for proper airflow and machinery maneuverability, while the layout must ensure that the "shading pattern" of the panels does not negatively impact the specific crop types being cultivated beneath them.
Grid Reliability and Power Management: In rural Benin, the project often operates as an Off-Grid or Micro-Grid system. Managing the intermittency of solar energy to ensure a constant power supply for high-demand agricultural tasks—such as water pumping for irrigation—requires sophisticated battery storage integration and load-management controls that can withstand high ambient temperatures.

Our Solution

The Unistrut-style channel system acts as the backbone of our Agri-PV project, providing a modular framework that adapts perfectly to the unique requirements of combining crop cultivation with solar energy generation.

Agri-PV requires "dynamic geometry." As crops grow or seasons change, the structural spacing may need adjustment.

Since our system utilizes pre-galvanized or stainless steel channel components, it is manufactured with high-quality factory-applied coatings.

The Result & Impact

Synergistic Resource Efficiency

(Water–Energy–Food Nexus)

The solar array provides essential shade that reduces plant heat stress and soil water evaporation. This creates a more favorable environment for crops, often leading to increased yields, particularly for heat-sensitive varieties.

Scalability and Future-Proofing

The project serves as a scalable blueprint. As energy or agricultural demands grow, the Unistrut-based infrastructure can be easily expanded or reconfigured to accommodate new crops or additional solar capacity without necessitating a complete system overhaul.