Electrical Equipment / Components & Telecoms

"The global contract of Tianhe SuperTrack intelligent tracking control system has exceeded 1GW, and intelligence has helped the intelligent tracking system enter a new era!"

The intelligent system can help the tracking system make full use of scattered and reflected radiation in rainy weather, and reduce the shading loss caused by the photovoltaic system in complex terrain. It has become a very popular method for increasing the power generation of photovoltaic power plants in the global tracking market.

Relying on the company's 25 years of PV module R&D and project experience, Trina Tracking has developed a double-sided irradiation model and a patented "micro-shading" power generation model specifically for double-sided half-cut modules in 2021, combined with Trina Tracking STA, SBA Compared with the conventional photovoltaic tracking system, the algorithm can increase the power generation by up to 8%.

Through the continuous accumulation of empirical cases and the collection of customer demands, the SEB intelligent tracking power generation simulation software will be launched in July 2022 to help the project more accurately evaluate the power generation of the intelligent tracking system in the design stage to ensure that the actual revenue of the power station reaches the expected. After two years of upgrading and empirical accumulation, the intelligent control system of Trina Tracking has become the world's leading intelligent tracking system technology in the industry.

As of August 2022, the global contract volume of Trina Tracking and Intelligent Tracking and Control System has exceeded the 1GW milestone, and the projects are distributed in three continents, including China, Asia-Pacific, Europe, and Latin America, and more than ten countries. This milestone not only signifies that the technical maturity of Trina Tracker's intelligent control system for photovoltaic power generation gain has been recognized by the industry, but also indicates that Trina Tracker has mature and stable batch supply capabilities for intelligent control systems.

The tracking stent has undergone ten development, and it is currently in a critical stage of technological change from quantitative to qualitative. Different from fixed brackets, it can follow the sun, absorb more light, and increase power generation, which is a widely optimistic technology.

With the advancement of technology, the industry's requirements for tracking brackets have also increased. In order to achieve the desired effect of the application of the tracking system, it is no longer a simple solution of 'bracket + electronic control system': for example, the distance between the bracket rows In the morning and evening, the power generation on the back of double-sided modules cannot be fully utilized, and the occlusion caused by different installation methods in different terrains under the situation of increasingly scarce land resources are all new challenges brought by the development of the photovoltaic industry in recent years, which need to be tracked. The system has better technology to adapt to it.

According to this, Sun Kai, head of intelligent tracking research and development of Trina Tracking, said, "A mature tracking bracket system requires a combination of 'bracket + electronic control system + software algorithm', and the intelligent software can fully calculate the irradiation and climate of different project areas. , terrain and other conditions, to create an 'optimal tracking solution' tailored for the power station."