Trinasolar, a global leader in smart PV and energy storage solutions, and renewable energy expert and IPP Energix, have announced a cooperation covering four utility-scale solar projects in Eastern Europe, with a combined capacity of 580 MW.
Utility-scale solar installation. Image Credit: Trinasolar
Energix Lithuania Management UAB will source both Vertex N G3 modules and FixOrigin fixed-tilt mounting systems from Trinasolar, creating an integrated module-and-structure solution designed to streamline procurement and project delivery while reducing potential interface and warranty risks associated with multiple suppliers.
Trinasolar will supply 580 MW of its latest-generation dual-glass TOPCon Vertex N G3 modules together with its FixOrigin fixed-tilt mounting system. The solutions will equip four projects: two in Lithuania, with capacities of 330 MW and 70 MW, and two in Poland, at 157 MW and 23 MW respectively.
By sourcing both modules and mounting systems from a single technology partner, Energix benefits from pre-tested configurations and coordinated technical support throughout engineering and installation.
"We are pleased to partner with Trinasolar, a recognized industry leader, on these strategically important projects. We are confident that the combination of Energix's development expertise and Trinasolar's advanced technology will contribute to the successful execution of the projects and serve as the foundation for a strong and mutually beneficial long-term partnership,” said Artur Violante, CEO CEE at Energix.
“This cooperation with Energix demonstrates the value of taking a more integrated approach to utility-scale PV projects,” said Katerina Jirku Nemec, Head of Eastern Europe at Trinasolar.
"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.”