How Solar Tracker Controller TCU Improving Solar Tracker Efficiency?

The solar tracking control unit (TCU) is the motor controller of the PV tracking bracket. Sun tracker controller TCU automatically calculates the sun's trajectory and the azimuth and altitude angle of the location at any moment according to the longitude, latitude, and time, and the system also issues the tracking commands and controls the motor rotation according to the current position of the sun in the automatic tracking mode, so that the PV modules can always in the line with the sun at most suitable inclination angle and thus enhancing the power generation. 

There is three default mode in the TCU tracker: Auto mode, Manual mode, and Stop mode. The most commonly used solar tracker controller mode is the Auto mode where TCU automatically commands the solar bracket to be in line with the sun. In Manual mode, it needs a human command to make rotate, usually in the phase of adjusting and testing. The last mode will only allow in special circumstances to avoid the wrong operation and not accept any manual and automatic instructions. 

The solar tracker control unit has the intelligent function of one-click upgrading, wireless AD-Hoc network, anti-shadow tracking, provides protection against strong wind and snowstorms, and avoids over-current and over-temperature. TCU tracker can match with NCU and SCADA without a complex process and long time. 

The Solar tracker control box has two power supply types. One is an AC power supply which is connected to AC200V, anther type is self-supply power by PV string with an input voltage range DC250V-1500V. The second type of TCU tracker is equipped with a lithium battery and independently-developed BMS. BMS takes the first constant current constant voltage charging ways at a different temperature to prevent overcharging of the battery protect the battery from being damaged, and enhance the stability of the control system.

Advantages of Solar Tracker Controller TCU (Tracking Control Unit)

Great Water-tightness Structure

The controller is installed with the navigation plug facing downward, on the one hand by self-weight to waterproof, on the other hand, the extreme structural design can also ensure the normal operation under stormy conditions.

Convenient Human-computer Interaction

There are simple and intelligent buttons on the controller, and is adjustable after installation with equipped with special debugging tools, easy to operate, reducing the deployment cycle and manpower.

Powerful IoT Cloud Platform

Cloud platform can be connected by simple operation, and allows remote operation and maintenance and monitoring, real-time monitoring of solar tracking control system operation status.

Supporting Intelligent AI

It is a close-loop and self-learning tracking system solution driven by a new generation of big data relying on a topology algorithm based on a neural network, which is used to increase power generation.


Projects of Solar Tracker Components

Solar Tracking System in CMIG New Energy
CMIG New Energy
The project is a flat single-axis tracking photovoltaic power plant, part of solar tracker unit being our company's products. After one year’s observation, power generation was significantly higher than other.
Solar Tracking System in A Photovoltaic Power Station Project in Dalat Banner
​A Photovoltaic Power Station Project in Dalat Banner, Inner Mongolia
The large ground PV power plant project belongs to a flat single-axis tracking system with a capacity of 100MW. some arrays using our solar tracker control box’s power generation also was significantly higher than others, the successful verification of desert areas.
Solar Tracking System in Sichuan Ganzi Photovoltaic Power Plant Project
Sichuan Ganzi Photovoltaic Power Plant Project
The project is developed in the form of "photovoltaic+pastoralism". The photovoltaic power station project is a flat single axis with a capacity of 200MW and also is a large ground power station. Our solar tracker control box and intelligent communication box are adopted in some arrays of the power station, and the operation status of the units can be monitored in real-time through the SCADA system.
Solar Tracking System in State Grid Zhangjiakou Project
State Grid Zhangjiakou Project
This is Zhangbei county’s microgrid PV power plant adjacent to Inner Mongolia, which contains two types of stents, dual-axis and titled single-axis. It has been running for half a year and all went well, and the system operation can be monitored in real-time through the SCADA system, which greatly lowers the labor cost of operation and maintenance.
Solar Tracking System in Anhui Yuguang Complementary Photovoltaic Power Station Project
Xinyi Solar: Anhui Yuguang Complementary Photovoltaic Power Station Project
The project combines fishery farming with photovoltaic power plants. Photovoltaic panel was set up above the fish pond, achieving farming and power generation in the meantime and enhancing the comprehensive production value.

Lingyang Insights in Solar Tracker

Types of Solar Tracker Controller TCU