FIELD: electrical engineering.
SUBSTANCE: invention relates to electrical engineering and can be used in power supply system of independent objects. Method consists in that variable voltage MEG is rectified with variable rotation frequency of its shaft and at change of shaft rotation frequency from ƒmin to ƒmax it is regulated in direction of stabilization at the specified level, unregulated main rectified voltage Ud0 and additional rectified voltage ΔUd0 are formed, these two voltages are summed in accordance with the expression Ud0Σ=Ud0±ΔUd0, and stabilization of this resultant rectified voltage Ud0Σ is carried out by controlling additional rectified voltage ΔUd0 by level and sign in range ±ΔUd0=(+)ΔUd0max÷0÷(-)ΔUd0max, note here that voltage ΔUd0 is summed up with main voltage Ud0 in range of frequency variation from ƒmin to ½(ƒmin+ƒmax) and subtracted from it in range from ½(ƒmin+ƒmax) to ƒmax. Substance of the method is explained by structural-functional diagram (HMEG).
EFFECT: improved weight and size and energy parameters while simplifying the technical implementation of the method, which provides higher energy efficiency of the process of stabilizing its voltage, high technological effectiveness of its implementation.
1 cl, 2 dwg
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Authors
Dates
2020-02-21—Published
2019-06-11—Filed