Device for increasing the capacity of quantum batteries

Abstract

Device for increasing the capacity of quantum batteries is based on the fact that a multivibrator (MULTI) with a longer switching time switches two relays (RE1) and (RE2), which alternately turn on and off semiconductor switching units (SJ1) and (SJ2), which alternately connect two quantum batteries (KB1) and (KB2) to the load (Z), while one of the two batteries is turned on, the other turned off battery is charged for a set time through voltage stabilizers (STAB1) and (STAB2) by laser units (Ll) and (L2). This ensures that a fully charged battery is always switched, since these batteries are charged by the laser in a fraction of a second. Quantum batteries do not have to be deeply discharged, which allows reducing the capacity of the batteries and prolonging their service life. The voltage stabilizer (STAB3) for the load (Z) ensures a stable voltage level, which is not the same when switching batteries.

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