Author Archives: Helen

The Fourteenth Five-Year Plan National Key R&D Program Technology Demonstration Project;
The BIPV and digital smart energy strategy pilot project;
The first zero-carbon building and ultra-low energy consumption zone demonstration project in Shanghai.

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.

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.

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.

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.

Hefei Garden Expo Park is located in Luogang Park, covering an area of about 323 hectares, which is located in the core of the city and is the world’s largest central park. The project uses Vertex N 210R rectangular silicon wafer modules with a capacity of about 1.37MW, which has been successfully connected to the grid. Ecological garden + photovoltaic, Trina’s n type standard-size modules help Hefei open a new green landmark with a gold design.

Recently, located in Handan City, Hebei Province, Wudeli flour factory roof photovoltaic project successfully connected to the grid. The total installed capacity of the project is 1.8MW, all using Trinasolar Supreme 670W modules. The research shows that electricity expenditure accounts for a considerable proportion of flour processing costs, so reasonable control of electricity costs is crucial for flour processing enterprises.