Method for optimizing electrical driving system for high temperature hybrid storage for e.g. electrification of transport and traffic, involves producing heat directly to be used or stored in combustion chamber by fuel or fuel source

摘要

The method involves drawing a storage material (5) e.g. metal and carbon, from a high pressure resistant pipe heat exchanger. A supercritical-carbon dioxide-Brayton-process is operated by the heat exchanger for converting high temperature heat with a high thermal efficiency again into current, where the heat is induced over the current, stored or internally produced. The heat directly to be used or stored is produced in a central combustion chamber of a high temperature hybrid storage (1) by fuel or fuel source. Power production of the storage is ensured independent of a power storage source. Independent claims are also included for the following: (1) a device for optimizing an electrical driving system and applications in a region of a high temperature super accumulator (2) a high temperature hybrid storage.