Yarimov's thermal energy source

By integrating a wet-rotor circulation pump with a movable conductive body in a magnetic field to generate thermal energy from eddy currents and friction, the design addresses inefficiencies in existing thermal energy sources, achieving high efficiency and compactness with reduced material and energy waste, suitable for heating and industrial processes.

RU2865112C1Active Publication Date: 2026-06-30JARIMOV MARAT OTELLOVICH
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Patent Information

Authority / Receiving Office
RU · RU
Patent Type
Patents
Current Assignee / Owner
JARIMOV MARAT OTELLOVICH
Filing Date
2025-12-05
Publication Date
2026-06-30

AI Technical Summary

Technical Problem

Existing thermal energy sources, such as wet-rotor circulation pumps, suffer from low efficiency, large dimensions, complex designs, and significant material and energy losses, limiting their application and efficiency in converting electrical energy into thermal energy.

Method used

A combined design of an electric circulation pump with a wet rotor and a movable current-carrying body on a shared shaft in a magnetic field generates thermal energy from eddy currents, with a single coolant removing heat from all engine losses, including electromagnetic, mechanical, and frictional losses, and is integrated into a single thermal circuit with an accumulator for efficient energy transfer.

Benefits of technology

This design significantly increases thermal energy generation efficiency, reduces dimensions, conserves materials and energy, and allows for autonomous operation powered by solar panels, converting nearly all electrical input into usable thermal energy with minimal losses.

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Abstract

FIELD: mechanical engineering.SUBSTANCE: invention relates to a highly efficient and mobile source of thermal energy or an efficient source of heat supply when converting electrical energy into thermal energy and can be used for heating residential, office and other premises, as well as in greenhouses, drying warehouses and in various processes, including those without consuming grid electrical energy, in case of power supply from solar panels. The heat source comprises an electric circulation pump with a wet rotor in the stator and separating cup and with a rotor on the shaft, with an impeller at one end, in the housing. Inside this housing or part of the housing, a brake is made with the loss of mechanical energy and the generated heat, for example, an induction brake, with at least one conductive body rotating on a shaft, and the housing itself, with magnets placed outside or inside the housing with magnetic fields penetrating this conductive body, with the generated thermal energy, and then removed by the same single and common coolant from the surfaces of the brake, the conductive body, the rotor, and also from the surface of the stator, through a separating glass, from the heating of the windings of the electric motor.EFFECT: improved performance.1 cl, 2 dwg
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