560MW PV Power Plant at A High Altitude

Este projeto está localizado na Prefeitura de Hainan, Província de Qinghai, e é o primeiro projeto de demonstração em base de grande escala no Condado de Xinghai. A altitude média de Hainan é de 3.200 metros, e esta é a primeira vez que a Datang Qinghai Energy Development Co., Ltd. adota módulos bifaciais tipo N de grande dimensão, ultra-alta potência e vidro duplo em regiões de grande altitude e clima frio. O projeto está previsto para ser concluído e entrar em operação até o final de 2023, com uma geração média anual de aproximadamente 1,077 bilhão de kWh.

“Photovoltaic+mining” Composite PV Power Plant Project

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.

2.3MW PV Power Plant Project

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.

Wutumeiren 50MW parity PV Power Station Project

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.

31MW Floating PV Integrated Smart Energy Project

The Ubolratana Floating PV Integrated Smart Energy Project in Thailand uses all Trinasolar 210 Vertex 670W modules, with a total installed capacity of 31MW. The power station is located in Khon Kaen Province in northeastern Thailand. It consists of four floating photovoltaic arrays and is the first demonstration power station project in Thailand that integrates floating photovoltaics, clean hydropower, high-efficiency energy storage systems and smart energy management systems. Trinasolar’s 210 Vertex 670W modules, with their core advantages of high power, high efficiency, high power generation, high reliability and low LCOE, help Thailand achieve clean energy production, ensure stable power supply, and benefit local communities and economic development.

Abu Dhabi 800MW PV Power Station Project

Localizada em Abu Dhabi, a usina fotovoltaica Al Dhafra, com 2 GW de capacidade, é uma das maiores plantas solares de local único do mundo. A Trinasolar forneceu 800 MW de módulos Vertex de 210 mm para o projeto da usina fotovoltaica Al Dhafra. A planta foi conectada à rede em abril. Situada a aproximadamente 35 quilômetros da cidade de Abu Dhabi, a usina Al Dhafra possui uma notável capacidade de gerar eletricidade suficiente para abastecer cerca de 160.000 residências em todo os Emirados Árabes Unidos, graças à implantação de aproximadamente 3,5 milhões de painéis solares. Além disso, o projeto terá um papel significativo na mitigação das emissões de carbono, reduzindo cerca de 2,4 milhões de toneladas de dióxido de carbono por ano.

1.2MW C&I Rooftop Project

Trinasolar partnered with Fujian Fuchun Green Energy Technology Co., Ltd. to develop the 1.2MW Ningde Wanda Plaza photovoltaic power plant. After grid connection, the project is projected to generate 1,252,250 kWh of electricity in the first year and approximately 29,197,900 kWh over its 25-year lifespan. Annually, it will save around 354.9 tons of standard coal while reducing emissions by approximately 921.79 tons of CO₂, 26.2 tons of SO₂, and 13.1 tons of NOx, demonstrating significant environmental benefits.