Energy storage systems form the critical that are hard to connect, as well as in assembly, ensure comprehensive docu- interface between energy production and the development of intelligent, 昀氀exible mentation of the production processes. energy consumption. At present, the automation concepts that permit eco- This is an important factor in ensuring solutions available for this are still cost nomical mass production – even for safe operation of high-energy storage intensive to produce and subject to signi- a large number of variants and shapes. systems during everyday use. 昀椀cant technological change. Researchers are looking at a blend of in-situ energy storage systems, pumped storage systems A partner for individual and decentralized battery back-ups as automation solutions an appropriate solution for storing energy from solar installations. At the same As part of this, we combine the know- �Intelligent high-tech solutions from time, work is being carried out world- ledge and experience of various technical 阀阀 thus make an important wide on compact battery concepts with disciplines to search for and implement contribution towards making the energy high energy density in the e-mobility holistic solutions – whether for the transition a global success story. sector – which is decisive for the overall materials used, the module design, the concept of the shift in energy policy. connecting technology or 昀椀nal production. In this environment, 阀阀 is involved At the same time, our intelligent and with innovative joining techniques for networked automation processes, for materials such as copper and aluminum example in battery production and 16�17