Author Archives: Helen

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.

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.

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.

Questo progetto migliora la flessibilità della rete nella transizione energetica tedesca e supporta l’integrazione delle rinnovabili in uno dei mercati elettrici più dinamici d’Europa. Come uno dei maggiori impieghi BESS del Nord della Germania, sottolinea l’impegno di Trina Storage nel fornire soluzioni di stoccaggio innovative che rispettano i requisiti rigorosi dei TSO e gli obiettivi di integrazione delle rinnovabili.

Il progetto utilizza il sistema di stoccaggio Elementa di Trina Storage a raffreddamento liquido. La protezione del cabinet raggiunge IP54/C5 con buona resistenza a acqua e corrosione. Il sistema intelligente di raffreddamento liquido mantiene la differenza di temperatura interna entro 3 °C.

Il progetto di stoccaggio Tiln Farm integra Elementa di Trina Storage, un sistema a batteria raffreddato a liquido progettato per supportare vari servizi ausiliari di rete, inclusi risposta in frequenza, regolazione della tensione e controllo della potenza reattiva. Il sistema migliora la stabilità della rete e ottimizza il dispatch energetico, generando opportunità di ricavo per gli operatori garantendo affidabilità ed efficienza a lungo termine.

Il progetto utilizza Trina Storage Elementa, sistema di stoccaggio energetico a raffreddamento liquido. È il primo progetto combinato PV-stoccaggio all’estero di Trina Storage. Migliora la stabilità della rete e massimizza l’utilizzo dell’energia e i ricavi del cliente.

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 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.

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.