How to Achieve Efficient and Convenient Solar Tracking Systems?
Photovoltaic panels can adjust their angle to follow the sun, increasing the direct exposure to sunlight and effectively enhancing power generation. This has led to the development of solar tracking brackets. Currently, the photovoltaic market mainly comprises three parts: structure, control, and drive.
The control system uses sensors to monitor the angle of the panels and commands the brackets to move the photovoltaic panels for tracking.
Tracking Solutions
Leading tracking controller manufacturers in the photovoltaic industry are gradually adopting AI self-learning algorithms and astronomical algorithms to optimize tracking angles and improve power generation. To create intelligent and efficient solar tracking power plants, we have fully upgraded the tracking software and hardware, significantly enhancing tracking precision.
Tracking Modes
The sensors in the tracking system are responsible for monitoring signals, including but not limited to light, wind, rain, and snow sensors. The monitoring information is wirelessly transmitted to the control box for decision-making by the program, enabling intelligent switching of tracking modes.
Commissioning Tools
The installation and operation of photovoltaic power plants typically involve using software to commission the support system on-site, allowing for remote operation and maintenance of each tracking controller. This method enhances the ability to manage diverse operational needs and better serves complex construction site environments, significantly improving the power plant's operational efficiency.
Hengyuantai helps build safe, reliable, and efficient power generation photovoltaic power plants across various regions, promoting zero-carbon development nationally and globally.