FIELD: electrical engineering.
SUBSTANCE: invention relates to electrical engineering and can be used in electric machines with permanent magnets and solar modules. Sun module is fixed by rear surface axisymmetrically through insulating spacer on end of current conducting rotor axis. Rotor is made in the form of a conducting disk fixed axisymmetrically on the rotor axis under the solar module with a gap at a distance from the rear surface of the solar module. Current lead from the rear surface of the solar module is connected to an electric winding in the form of a squirrel cage, which is connected to the rim of the conducting disc of the rotor. Main constant magnet of the stator is installed axisymmetrically with a gap under the conducting disc of the rotor, is isolated from the rotor axis and has surface area commensurate with the area of the conducting rotor disk. Along the circumference of the squirrel cage of the solar magnetic generator, there are fixed in the form of a cylinder fixed in the form of a cylinder coaxially with the rotor axis with like poles to the rotor axis additional permanent stator magnets, the planes of which are perpendicular to the plane of the main permanent magnet of the stator. One solar magnetic generator current lead is made in the form of sliding contact to the current lead on the working surface in the solar module center; second solar magnetic generator current lead is made in the form of sliding contact to rotor rotation axis.
EFFECT: technical result consists in more complete use of energy of solar modules and increase in their power, in reduction of self-induction EMF and rotor deceleration reaction when interacting with stator magnetic field.
9 cl, 4 dwg
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Authors
Dates
2020-02-05—Published
2019-04-19—Filed