We are developing a highly disruptive basic technology with diverse market potential (comparable to the invention of the mp3 or the TFT):
→ Environment: Accumulators and battery storage systems are used until the absolute end of the service life of each individual storage cell and only defective cells are recycled in a targeted manner
→ Automotive industry/shipbuilding/rail transport: The time-consuming selection, energy-intensive forming and lifelong lossy balancing of battery cells is no longer necessary
→ Users: e.g. users of e-vehicles continue to drive even with defective battery cells or are able to connect any two e-vehicles directly with each other to exchange energy. E-vehicle users, for example, can continue driving even with defective battery cells or are able to connect any two e-vehicles directly to each other to exchange energy
→ Operators of photovoltaic systems: The dangerous series and parallel connection of hundreds of modules is no longer hard-wired, but the interconnection in arbitrarily small groups is carried out dynamically via networked N-level energy storage systems

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