Recently, Tianhe Tracking has successfully provided a 520MW intelligent tracking solution for Brazil's important solar project - the Saint Lucia Complex, and has been successfully put into operation. The project fully adopts the Pioneer 1P tracking bracket and incorporates advanced SuperTrack intelligent tracking algorithm, providing strong support for the efficient operation of the project.

Tianhe Tracking, as an intelligent tracking solution expert under Tianhe Solar, has 20 years of experience in the tracking bracket industry and its business has expanded to 40 countries worldwide. And Trina Solar, standing out in the photovoltaic field, is the only enterprise in the industry that can provide customers with integrated solutions for components, brackets, and energy storage. With 27 years of deep cultivation in the optical storage industry, Trina Solar not only deeply understands customer needs, but also demonstrates industry-leading innovative research and development capabilities.

The Saint Lucia project, a grand project meticulously crafted by Rio Alto Group, is not only one of Trina Solar's key projects in Latin America, but also a benchmark for green energy with far-reaching impact. The project covers an area of over 1700 hectares and consists of nine finely planned sub projects, demonstrating its ambition in the field of new energy. Since 2023, Tianhe Tracking has been providing supply support for the Saint Lucia project, providing solid support for the successful grid connection of the project with its outstanding technical strength.

The terrain of the Saint Lucia project is extremely complex, and the complex is built on semi-arid and irregular terrain, which undoubtedly brings many challenges to construction. However, thanks to the Pioneer 1P tracking bracket provided by Tianhe Tracking, this challenge has been easily solved. The Trailblazer 1P tracking bracket demonstrates its outstanding adaptability in complex terrains with its unique design and high performance. This product not only has the advantages of high power generation and high reliability, but also effectively reduces the total investment cost of the project, maximizing customer benefits. In terms of structural design and driving technology, Pioneer 1P has a number of patented technologies to ensure that the system can still operate safely in extreme weather conditions, such as heavy storms and rain.

The Tianhe tracking bracket released its first generation Pioneer 1P product in 2021, and a new upgraded Pioneer 1P was released at the end of 2023. The product cleverly integrates multiple functions such as flat terrain adaptability, system stability and reliability, fast installation, and peripheral adaptability. At the same time, the new generation intelligent tracking system solution also includes an intelligent electronic control system, Tianhe intelligent cloud monitoring platform, and SuperTrack intelligent tracking algorithm, committed to bringing customers lower electricity costs and creating a better service experience. So far, the number of signed orders for Pioneer 1P products in Latin America has exceeded 1GW. Keywords: the Belt and Road news, the Belt and Road project, overseas project.

In addition, the SuperTrack intelligent tracking algorithm developed by Tianhe Tracking integrates advanced intelligent inverse tracking algorithms and relies on patented micro occlusion model technology. This innovative algorithm can utilize terrain data to construct precise 3D maps, achieve real-time perception and parameter optimization, and thus maximize the power generation advantages of the tracking bracket. Compared with conventional tracking systems, SuperTrack can increase power generation by more than 3%, further tapping into the power generation potential of photovoltaic power stations. In the complex terrain conditions of the Saint Lucia project, this algorithm can still ensure that the project can obtain considerable power generation benefits, opening the door to a new era of improving the efficiency of photovoltaic power stations. (This article is from the official website of Jiandao: www.seetao. com. Reproduction without permission is not allowed, otherwise it will be punished. Please indicate Jiandao's website and the original link when reprinting.) Jiandao's mechanical column editor/Zhou Yingwen