Trinasolar has partnered with SIA SolarXpro to bring the Stari?i Solar Park to life in the Balvi region of Latvia. This innovative project features a unique vertical solar panel installation that is poised to be one of the largest such parks in Europe. The park is powered by 5,940 Trinasolar Vertex N bifacial modules, each with a 685 W capacity, positioned in east-west facing rows to optimise energy capture from dawn to dusk.

Raba Solar Park is a 45?MW utility-scale solar project in Estonia developed and delivered entirely by Trinasolar. Built using our high-performance?Vertex dual-glass bifacial modules?and the?FixOrigin fixed-structure mounting system, the project reflects a fully integrated approach to solar deployment¡ªoffering seamless compatibility, faster installation, and long-term performance, even in harsh northern climates.

In the town of Przykona, Wielkopolska, a groundbreaking solar transformation has turned a former open-pit mine into one of Poland’s largest solar parks. The Przykona Solar Park, with a capacity of 200.28 MWp, is now a cornerstone of Poland¡¯s renewable energy efforts, utilising 308,930 of Trinasolar’s Vertex dual-glass bifacial modules. Spanning 270 hectares, the park is set to generate 220,000 MWh annually, enough to power 100,000 homes, while reducing CO? emissions by around 183,700 tonnes each year.

Nestled in the picturesque landscape of Perugia, Italy, the Nocera Umbra PV Park is a powerful step toward a cleaner, greener future. With an installed capacity of 7.4 MWp, this advanced solar installation is equipped with 11,280 of Trinasolar¡¯s high-efficiency Vertex dual-glass bifacial modules, each with a capacity of 655 Wp.

Located in the heart of Northamptonshire, the London Road Solar Site is a pivotal renewable energy initiative with a total capacity of 28.4 MWp, featuring 48,600 of Trinasolar’s Vertex N bifacial modules. This installation produces 33,300 MWh annually, reducing CO? emissions by around 6,900 tonnes each year and providing a sustainable energy solution for the UK.

The Citizen Solar Park in Bundorf, Germany sets a new benchmark in sustainable energy, with its 125 MWp capacity making it the largest citizen-owned solar park in Bavaria and one of the largest in Germany. This impressive installation, developed by MaxSolar in collaboration with EGIS eG, is expected to generate over 131 million kilowatt hours annually¡ªenough to power approximately 37,500 households. Additionally, it reduces CO? emissions by around 90,000 tonnes each year, contributing significantly to Germany¡¯s clean energy goals.

Situated in the picturesque region of Nouvelle-Aquitaine, France, Carcar¨¨s PV Park is an exemplary solar energy project that seamlessly integrates sustainability with local environmental respect. With an installed capacity of 9.2 MWp, powered by 13,552 of Trinasolar¡¯s Vertex N 680 Wp modules, this park is set to deliver close to 12,000 MWh of clean energy annually, effectively cutting CO? emissions by an estimated 2,836 tonnes per year.

The Wallrabenstein fire department in H¨¹nstetten, Hessen, Germany, took a major step toward energy sustainability with the installation of a 66 kWp photovoltaic system. This project by BIBERT Solarkonzept GmbH underscores the fire department¡¯s commitment to reducing operational costs and enhancing environmental stewardship¡ªa vital consideration in their community-focused role.

In Strizivojna, Croatia, a leading steel production company renowned for its steel structures, chimneys, and stainless steel products has taken a bold step towards energy efficiency by integrating solar power into its operations. Known for its commitment to quality and innovation, this company serves as a vital industry player in the Slavonia region.

In the scenic Auvergne-Rh?ne-Alpes region of France, a new solar power plant is paving the way for sustainable energy self-consumption. Installed by Climoconfort, this project features 373 Trinasolar Vertex S+ modules, a setup designed to meet the facility¡¯s energy needs with a total estimated annual production of 197,600 kWh.