In order to obtain maximum economic benefits for an ideal tracking photovoltaic power station, in addition to the technical breakthrough of panel direction, the Angle adjustment of photovoltaic support is also an important direction to increase energy efficiency.

The photovoltaic panel can adjust the Angle to follow the sun, increase the direct light surface and effectively improve the power generation. The tracking photovoltaic bracket comes into being. The current photovoltaic market is mainly composed of three parts: structure, control and drive.

The control system monitors the Angle of the module through the sensor and instructs the support to drive the photovoltaic module for tracking. Let's talk today

One word tracking the core of photovoltaic support system operation - control system.

#01  Tracking program

Photovoltaic industry forefront tracking controller manufacturers
have gradually begun to use AI autonomous learning algorithm and astronomical algorithm to optimize tracking Angle and improve power generation.

In order to build an intelligent and efficient tracking photovoltaic power station, Kseng's tracking control program meets OTA remote firmware upgrade, and implanting AI autonomous learning algorithm and astronomical algorithm, comprehensively upgrading tracking hardware and software, effectively improving tracking accuracy and intelligently increasing power generation
10-25%.

#02 Tracking mode

Sensors in the tracking system are responsible for monitoring signals, not limited to light, wind, rain, snow and other sensors. It will monitor information over the wireless
The communication is transmitted to the control box for program decision, and the tracking mode is switched intelligently.

A tilt sensor is set in the KSeng tracking control box for angle determination, and the motor is driven to make the bracket conform to the target Angle. When the wind speed sensor senses the maximum wind speed, or even bad weather such as heavy rain and snow, the controller will drive the bracket into the protection angle, so as to protect the whole bracket and optimize the reliability and safety of the system.

#03 Debugging tool

The on-site installation, operation and maintenance of photovoltaic power stations usually use software to debug the on-site support system.
Kseng has a variety of modes, such as the interactive interface on the device, mobile APP, upper computer, Web and debugging tools, to carry out power station operation and maintenance work, meet the one-to-one, one-to-many centralized management to achieve remote operation and maintenance of each tracking controller. Diversified operation and maintenance.
The model can better serve the complex construction site environment and effectively improve the working efficiency of the power station.

#04 SCADA Backstage

First of all, Kseng provides convenient SCADA background operating system which can monitor different block areas, each subarray and each heel in real time, each tracker tracks the running status of the system
error rate, online rate. Secondly, the detailed information of any tracker can be read through the layout diagram. Third, remote background monitoring of multiple tracking system projects in different regions can be achieved through VPN virtual private network or cloud platform. Kseng SCADA background monitoring provides free one-stop service for the power station.

END

Kseng is deeply engaged in the field of tracking photovoltaic support technology, and is committed to providing more efficient and convenient tracking photovoltaic system for tracking photovoltaic power stations. With the mission of "making clean energy better protect green homes", Kseng has been helping all regions to build photovoltaic power stations with "safe, reliable, efficient power generation and worse-free operation and maintenance", so as to promote zero-carbon development nationwide and even globally.