Vertically integrated solar manufacturer Trinasolar will supply 580MW of solar modules and fixed-tilt mounting systems for four utility-scale solar projects in Poland and Lithuania developed by renewable energy company Energix.
Under the agreement, Energix will source Trinasolar’s Vertex N G3 dual-glass tunnel oxide passivated contact (TOPCon) modules and FixOrigin fixed-tilt mounting systems for two projects in Lithuania, with capacities of 330MW and 70MW, and two projects in Poland, at 157MW and 23MW.
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“As Eastern Europe continues to grow as a solar market, developers are increasingly looking not only at individual component performance, but at how technologies work together across the project. By supplying both Vertex N G3 modules and FixOrigin mounting structures, we can provide Energix with a coordinated solution that helps simplify project execution while supporting high energy yield and reliable long-term performance,” said Katerina Jirku Nemec, head of Eastern Europe at Trinasolar.
Trinasolar said the combined offering includes pre-tested configurations and coordinated technical support throughout engineering and installation. The agreement expands Trinasolar’s supply of solar technology for utility-scale projects in Europe.
Founded in 1997, Trinasolar supplies solar PV modules, energy storage systems, trackers and smart energy solutions, alongside solar power plant development. As of June 2026, the company had shipped more than 352GW of solar modules globally.
In August 2026, the Chinese solar manufacturer was selected to supply 510W and 515W Vertex S+ modules for a 27MW solar PV plant at the Good Earth Green Hydrogen and Ammonia project near Moree, New South Wales, Australia. Construction was underway, with the project combining the new solar array, an existing 8.65MW PV plant and a 30MWh battery energy storage system (BESS) to supply a 15MW alkaline electrolyser.
Additionally, Trinasolar secured an order from a global distributed energy customer for its perovskite/crystalline silicon tandem PV modules in July, marking the technology’s first commercial deployment in a distributed energy application. The company said the modules had achieved power outputs exceeding 900W in testing and could reduce balance-of-system costs by 15% to 20% compared with conventional crystalline silicon products.
