This project is located on a farm in Liaoning, China, and is a ground-mounted photovoltaic power system designed to maximize land utilization and solar energy generation.

The installation integrates both dual axis solar tracking systems and fixed solar mounting structures, creating a balanced solution that combines high efficiency with cost control. Our company supplied the dual axis solar tracking mounting system, enabling the panels to follow the sun in both horizontal and vertical directions throughout the day.

This full-angle tracking capability significantly enhances solar exposure and increases overall energy yield, making it especially suitable for open farmland environments with abundant sunlight.

Key Features
✔Dual Axis Tracking Technology
Tracks sunlight in two directions, maximizing energy generation efficiency compared to fixed systems.
✔Hybrid System Design
Combines dual axis tracking with fixed mounting structures to optimize investment and performance.
✔Ideal for Agricultural Land
Designed for farm applications, allowing efficient land use while supporting agricultural activities.
✔High Durability Materials
Made with hot-dip galvanized steel and Zn-Al-Mg coating, ensuring strong corrosion resistance and long service life.
✔Quick Installation
Modular structure design enabled project completion within just 30 days.

Technical Specifications
•Tracking Type: Dual Axis Tracking + Fixed Mounting System
•Installation Type: Ground-Mounted (Farm Land)
•Material: Hot-Dip Galvanized Steel + Zn-Al-Mg
•System Capacity: 850kW
•Application: Agricultural Solar (Agri-PV) Project

Project Advantages

This project demonstrates how dual axis tracking technology can be effectively applied in agricultural environments to maximize solar energy production. By combining tracking and fixed systems, the solution achieves a balance between performance and cost, helping the client improve return on investment (ROI).

It also highlights the growing trend of integrating solar energy systems with agricultural land, promoting sustainable and efficient land use.