Automatic Solar Tracker Wireless Communication

Working Principle:
Automatic trackers direct solar panels or modules toward the sun. These devices change their orientation throughout the day to follow the sun’s path to maximize energy capture.

Single-axis solar trackers rotate on one axis moving back and forth in a single direction.

Solar tracking mount adopts the mode of "astronomical algorithm + closed-loop control" to automatically track the position of the sun and improve the overall power generation of the PV power station system.

The single axis solar tracker can move the angle of the tracker in one direction as the day progresses. We will help you choose the best direction for the single axis to pivot, but in general it will pivot in a roughly East to West orientation. The solar panel will begin the day facing the sunrise, and end it facing towards the sunset.

Technical Parameters of Automatic Solar Tracker Wireless Communication

Functions:

1. Information collection function

Real-time acquisition of component tilt Angle; Real-time acquisition of weather conditions, coordinate position, altitude, time and other information;

2. High function of extreme weather monitoring

When encountering extreme weather, the system will automatically judge and execute the corresponding evasive action to protect the safety of the bracket and components;

3. Backtracking function

Reduces shading and maximizes power generation;

4. Night reset function

At night, the components are restored to the initial maximum wind resistance state, and the errors caused by the day's operation are eliminated to ensure the accuracy of the entire tracking system;

About us:

Good Future Solar is a high-tech company in the clean energy industry, registered in China, address: Zhengzhou East New District, Henan Province, China. Our company is committed to provide the solar products of high reliability with competitive price to our domestic and foreign customers. Strive to build our brand in terms of leading technology, high quality and efficient service.