FIELD: energy.
SUBSTANCE: invention relates to power engineering. Electromechanical superconductive power accumulator comprises housing, wherein are placed synchronous motor-generator with stator and windings system, rotor-flywheel, support permanent magnets located in the lower part of the rotor-flywheel, permanent excitation magnets arranged on the inner side of the rotor-flywheel surface, guide support with bearing located in the lower part of the synchronous motor-generator, superconducting plates, cryostat, high-temperature superconducting suspension, formed by support permanent magnets and superconducting plates. Housing is made of two interconnected modules - module of the cryostat and module of the synchronous motor-generator. Superconducting plates of high-temperature superconducting suspension are located in the cryostat module. Rotor-flywheel, internal cavity of which is evacuated, is located in the synchronous motor-generator module.
EFFECT: increase in energy efficiency and energy saving of energy accumulator.
1 cl, 1 dwg
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Authors
Dates
2016-11-10—Published
2015-04-23—Filed