OptiMel Schmelzgußtechnik GmbH is a development partner in the joint project "Voyager-PV" of Leibnitz University Hanover (LUH), the Institute for Solar Energy Research in Hameln, the University of Stuttgart and (another) three industrial companies. The aim of the research project is to integrate electronics and inverters into solar modules. The project hopes to increase the efficiency and reliability of PV systems while reducing costs.
Among other things, this is made possible by the low-pressure molding process from OptiMel Schmelzgußtechnik, the technology leader in the LPM process for protecting electronic components from environmental influences. Newly available state-of-the-art thermally conductive thermoplastics can now contribute to the success of the project, which is funded by the German Federal Ministry for Economic Affairs and Energy. OptiMel is constantly expanding the limits and possibilities of LPM, making new areas of application possible in a wide range of industries.
OptiMel Schmelzgußtechnik is constantly expanding its wide range of standard and customer-specific system solutions for low pressure molding. Most recently, the Iserlohn-based company developed a solution that integrates induction equipment into an LPM machine and combines it with special potting tools. The result is watertight and airtight connections between metallic components and plastic - a world first. The company is now using its special expertise in this area to develop new applications in the solar industry.
For the solar industry, this project could mean a paradigm shift towards more decentralized small systems on already built-up areas. The economies of scale of standardized electronics hold out the prospect of quality and cost advantages.
