Category Archives: Success Story

The agricultural and fishery PV complementary power station all uses Trinasolar 210mm Vertex series high-efficiency modules. The project was built in two phases, both equipped with Trina Storage Power Station, and the second phase project is equipped with Trina Storage Elementa series system. This project is a preferred and key project for the conversion of new and old kinetic energy in Shandong Province, covering an area of ​​about 2,900 acres. It uses the existing subsidence land and builds various special greenhouses to build a new development model of “planting under the board and PV on the board”, creating an agricultural tourism complex of “PV + agriculture + fishery”, and turning the disadvantages of coal mining subsidence areas into ecological and environmental advantages.

The total capacity of this project is 8.5 kW, and it fully utilizes Trinasolar’s Vertex S+ Clear Black modules. The successful implementation of the project not only enhances the local energy self-sufficiency but also adds a unique landscape to the town.

The Santa Luzia Complex is one of the largest solar projects in Brazil. Developed by Rio Alto Energias Renováveis and located in the state of Paraíba in northeastern Brazil, the complex comprises nine sub-projects – all utilizing Trinasolar trackers.

This project marks the first jointly implemented fleet of battery energy storage systems (BESS) in the state, highlighting Trina Storage’s commitment to enhancing grid resilience and supporting sustainable energy solutions.

The project utilizes 15 sets of Elementa 2 – 0.25P long-duration energy storage systems, each equipped with 2.5MW/10MWh flexible battery cabinets featuring in-house 314Ah Trina Storage cells and a 5MW PCS-MV integrated unit. The entire process, including delivery, infrastructure, commissioning, and grid connection, was completed within 45 days, once again demonstrating the “Trina Speed”

The construction of a demonstration photovoltaic power plant project with modules provided by Trina Solar has been completed at the Yangtze River Delta Institute for Sustainable Development in Shanghai. The plant, with total installed capacity of 26.6 kW, is forecast to generate power of 26,853 kWh and reduce CO₂ emissions by 22.5 tons a year.

The total capacity of this project is 500kW, all using Trinasolar Vertex S+ 510W modules, with an annual power generation of about 600,000 kWh. The successful implementation of the project not only helps enterprises save energy and reduce carbon emissions, but also becomes an ideal choice for promoting C&I and public facilities to move towards carbon reduction goals.

The project is located in Jubail City, Saudi Arabia, in a coastal area with a complex climate and environment. The temperature difference between day and night is large, the soil is soft and sandy, and there are strong winds and dust, etc. Trina Solar’s Vertex N 700W series module has withstood various tests and can generate electricity efficiently in the area. Its 45.5MW photovoltaic power station can generate electricity that meets 20% of the daily energy consumption of the water plant, and can reduce carbon emissions by 60,000 tons per year.

The Campiña project, located in Córdoba, Spain, has an installed capacity of 11.32MW. The power station comprises 186 Vanguard-1P trackers and 21,180 bifacial modules. The entire station is integrated with the Smart Cloud platform, with 62 trackers equipped with the SuperTrack algorithm. Commissioned in September 2022, the project is capable of supplying electricity to 7,500 households and reduces carbon dioxide emissions by 4,500 tons annually.

To address the challenges faced by this power station, TrinaTracker implemented its self-developed intelligent control system as a pilot project in August 2023. This solution integrates the smart control system, Trina Smart Cloud platform, and the SuperTrack smart algorithm, achieving seamless integration of hardware and software. With its advantages of “high reliability, high performance, and high efficiency,” the solution leverages intelligent and digital technologies to enhance power generation efficiency and optimize the operation and maintenance of aging power stations.