Category Archives: Global Case

This time, Trinasolar, in collaboration with Monash University’s Clayton campus in Australia, has used the Vertex S+ Clear Black modules to build a PV carport with a total capacity of 722.4 kW, delivering green electricity to the campus parking lot.

The total capacity of this project is 11.61 kW, with an average annual power generation of 9,298 kWh over 25 years, reducing carbon dioxide emissions by 7.79 tons annually. The Vertex S+ Clear Black modules redefine residential aesthetics here.

With a total capacity of 8.36 kW, this project exclusively utilizes Trinasolar’s Vertex S+ full black modules. The successful implementation delivers a continuous supply of clean energy to local users.

Stretching along the Tallebudgera Creek in Queensland, the Vertex S+ adds aesthetic poetry to this high-end holiday villa area. The total installed capacity of this project is 16kW, with the average annual power generation being about 22637.13 degrees, and the average annual carbon emission reduction being 18.97 tons.

In a high-end community in Brisbane, the Vertex S+ modules are neatly arranged on the roof of the villa, perfectly blending with the blue sky, white clouds and the surrounding rainforest. The total installed capacity of this project is 16kW. The average annual power generation is about 21,731 kWh, and the average annual carbon emission reduction is 18.21 tons.

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.

On the roof of a local villa on the Gold Coast, the Vertex S+ modules are laying in the milky white roof in a patchwork pattern, basking in the sun. The total installed capacity of this project is 10.75kW, with an average annual power generation of 15,209 kWh, reducing 12.75 tons of carbon dioxide emissions.

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.

Developed by Elmy EPC, the Valcasado project has an installed capacity of up to 22MWp. The project employs advanced solar technology with a configuration that includes 33,600 modules, 580 trackers, and 6,016 piles – all optimized design to enhance energy efficiency.

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.