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LIght roBOt Battery – LIBOB
Li-ion technology integrating new active materials at both negative and positive electrodes Targeting 300Wh/kg or above 700Wh/L at cell level Cobalt-free materials in agreement with REACH requirements 12 to 20V Battery pack with BMS for a continuous discharge at 8A and current peak of 16A At le
Development of a safe and eco-friendly bipolar battery based on NiZn for supplying a robot – ROBOBAT
Nickel-zinc batteries which are commercialized so far are in a cylindrical format and their limited cycle life did not make necessary the development of bipolar design. The aim of the project is to develop nickel-zinc battery with a bipolar design to power a robot or other devices and to meet speci
SODIUM ion advanced batteries for remote controlled robots – SODIUM
Over the last four years, by reuniting their efforts through the RS2E structure, members of the present application have developed a new Na-ion system based on the use of a polyanioinic compound as the positive electrode and carbon as negative electrode. So, based on both our present understanding o