Category Archives: Global Case

Trinasolar has partnered with Bright Moon Seaweed Group and Kyushu Huide to build a 5.6MW C&I photovoltaic rooftop power plant. After the project is connected to the grid, it will reduce emissions of about 3,600 tons of carbon dioxide, 9 tons of nitrogen oxides and 3 tons of sulfur dioxide every year, which is equivalent to planting millions of trees.

The construction of a demonstration photovoltaic power plant project with modules provided by Trinasolar 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 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 Navoi project is the first IPP power project under the Uzbek government’s new energy plan. Trinasolar provided 2,618 sets of Vanguard-2P trackers, marking the first and largest deployment in Central Asia of a new tracker system specifically designed for ultra-high power modules.

The Nangong City Guoshun 400MW agrivoltaic farming project features Trinasolar’s 210mm Vertex modules and Vanguard-2P trackers. Successfully connected to the grid on December 30, 2020, this project serves as further validation of Trinasolar’s position as the industry’s only provider of a fully integrated solution combining modules and trackers.

This project is located in Hainan Prefecture, Qinghai Province and is the first large-scale base demonstration project in Xinghai County. The average elevation of Hainan is 3200 meters, and it is the first time that Datang Qinghai Energy Development Co., Ltd. has adopted N-type large-sized ultra-high power bifacial dual glass modules at high altitude and cold regions. The project is expected to be completed and put into operation by the end of 2023, with an average annual power generation of approximately 1.077 billion kWh.

The power station is located in the Meihuajing mining area of Ningdong Energy and Chemical Base in Ningxia Hui Autonomous Region. The project adopts 55MW Vertex N 720W series modules, utilizing land resources such as goaf areas, subsidence areas, and barren mountains and slopes. It embraces integration of new energy development and mining ecological governance based on local conditions, and drives the green development of coal mining subsidence areas with solar energy.

Located in Fukuchiyama City, Kyoto Prefecture, the project is developed by Trinasolar’s Overseas Power Plant Business Unit (ISBU), which focuses on the development and delivery of large-scale photovoltaic projects around the world, and uses Trinasolar’s Vertex N 720W series modules, which is expected to generate 2,700MWh of clean energy per year and reduce carbon dioxide emissions by about 1,760 tons.

This project is located at Wutumeiren solar park, Golmud City, Qinghai. The overall project scale reaches up tp 50MW. The average annual power generation is estimated to be 1950 equivalent utilization hours after the project is completed. The gobi desert environment, heavy sand-wind weathers and large temperature differences will not influence project’s operation; high power generation and high reliability of 210mm 670W Vertex ultra-high power modules can fully meet customer needs.

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.