——The sun makes flowers bloom, and the sun drives life.

The solar tracker is mainly designed to track the direction of the strongest sunlight, thereby improving the utilization rate of solar energy. Here are the brief steps for solar tracker design:

The structure of the tracker is determined. As needed, determine whether the tracker adopts single-axis tracking or dual-axis tracking, as well as the specific structural dimensions.

Material selection. According to the structure of the tracker, select appropriate materials, which are required to be high temperature resistant, corrosion resistant, lightweight and durable.

Design the circuit. Designing the motor drive circuit and sensor detection circuit requires the ability to accurately control the rotation of the motor and detect the position of the sun in real time.

programming. Use a suitable programming language to write a program to control the rotation of the motor to realize the function of automatically tracking the sun.

Test and optimize. After completing the design, test it and optimize the design based on the test results to improve the performance and stability of the tracker.

SVE Series Solar Tracking Linkage

Slewing reducers for solar energy are widely used in the solar photovoltaic and photothermal tracking power generation, and can be used in single-axis or dual-axis tracki.

SV Series Single Axis Solar Tracker

SV Slewing Drive Performance Parameters Model Rated Output Speed Rated Output Torque Holding Torque Gear Ratio Tracking Precision IP Rating Operat.

SDE Series Dual Axis Solar Tracker

SDE Slewing Drive Performance Parameters Model Azimuth Rated Output Torque Tilting Moment Torque Holding Torque Gear Ratio Tracking Precision I.