High-Efficiency Cell Technology and Module Technology
At EnergyVille, we explore a range of technologies to increase the efficiency of PV cells and modules and maximise energy yield. One of the most promising developments is the use of bifacial crystalline silicon modules. These modules can capture light on both sides, allowing them to generate more energy than conventional PV modules.
Advancing Bifacial PV Technology
Our researchers use highly efficient bifacial cells as a foundation for further innovation. We combine these cells with optimised cell metallisation techniques and multi-wire interconnection technologies to further improve module performance and energy output.
Innovative Interconnection Technologies
Building on these developments, we have created a novel concept: woven interconnection plates. This technology combines encapsulation ribbons and metal wires into a single woven fabric. The result is a more efficient interconnection solution that reduces material use and eliminates several manufacturing steps.
Ready for Industrial Manufacturing
A key advantage of this concept is its compatibility with industry-standard lamination equipment. This makes it possible to integrate the technology into existing manufacturing processes while maintaining production efficiency.
Enabling Integrated PV Applications
Thanks to its flexibility and material efficiency, woven interconnection technology is a valuable new building block for building-integrated and vehicle-integrated photovoltaic systems. It supports the development of high-performance PV solutions that can be seamlessly integrated into a wide range of applications.
