Method for recuperation of electric power and device for its implementation
An energy storage device and storage device technology, applied in circuit devices, battery circuit devices, transportation and packaging, etc., can solve the problems of increased mass and complicated circuits, and achieve the effect of improving efficiency
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[0030] figure 1 The main version of the pulse mounted circuit is shown. It consists of three parallel circuits: the first circuit consists of batteries A connected in series k , the inductive storage device L and the key K2. The second circuit is a capacitive storage device C; the third circuit consists of an active load R and a controlled key K1 connected in series. The key management circuit K1 is conditionally not shown. The active load R can in particular be connected in series with the capacitive storage means C or in series with the inductive storage means L, simultaneous combinations of the included loads being possible.
[0031] The pulse mount works as follows. In the initial position, the key K1 is on, the key K2 is off, and remains in this position for the duration of the entire installation. As a result, the capacitive storage device C is charged equal to the battery terminal A k The voltage value of the voltage at . The controlled key K1 is then turned on,...
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