Method for improving effective powers of motor and generator and polymers thereof

Abstract

The invention discloses a method for improving effective powers of a motor and a generator and polymers thereof, belonging to the application of novel auxiliary materials in the motor and the generator. The method specifically comprises the following steps of: 1, brushing a rotor sleeve and an inner wall of a shell of the motor or the generator by using the polymer, wherein the polymer is formed from nanoscale zinc crystal and polyurethane according to a special proportion; and 2, treating magnetic steel as an external coating installed on the motor or the generator until the magnetic steel is completely dried, wherein the polymer is formed from nanoscale potassium feldspar or albite crystal, C60 and polyurethane according to a special proportion. According to the method for improving theeffective powers of the motor and the generator, disclosed by the invention, the steps are simple, the output power of the motor can be effectively improved by above 20%, and the output voltage current of the generator can be improved by above 15%. The polymers can be used on various types of generators and motors, can be also used for brushing power equipment having the same theories and structures, and has wide application range.

Description

technical field [0001] The invention relates to the application of new auxiliary materials in motors and generators, more specifically a method for increasing the effective power of motors and generators and polymers thereof. Background technique [0002] With the implementation of my country's energy conservation and emission reduction policies, various scientific research fields are committed to the research of green energy conservation, but some industries must rely on the mutual transformation of energy to make them available. For example, the power generation industry needs to rely on generators to The energy generated by water energy or fossil combustion is transformed into electric energy. In order to control energy consumption to the greatest extent, some domestic scientific research institutes are committed to research in this direction, and make corresponding changes to the structure of generators for the transformation of different energy sources. Partial improvemen...

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Problems solved by technology

[0002] With the implementation of my country's energy conservation and emission reduction policies, various scientific research fields are committed to the research of green energy conservation, but some industries must rely on the mutual transformation of energy to make them available. For example, the power generation industry needs to rely on generators to The energy generated by water energy or fossil combustion is transformed into electric energy. In order to control energy consumption to the greatest extent, some domestic scientific research institutes are committed to research in this direction, and make corresponding changes to the structure of generators for the transformation of different energy sources. Partial improvement, but the energy conversion rate is still not ideal. Under normal circumstances, the energy conversion rate of hydroelectric generators is only about 30%, and the energy conversion rate of fossil-burning thermal power generators is about 60%. Under the premise of energy, increasing the effective power such as voltage and current output by the generator to continue to improve its energy conversion rate is still one of the unsolved technical problems in the field.