Subversive generator

Abstract

The subversive generator comprises a graphene-doped energy storage supercapacitor battery, a graphene-doped boosting switching power supply, a positive electrode and a negative electrode of a graphene-doped niobium-based platinum-plated thin film, a graphene-doped dielectric which is most easily polarized, a graphene thin film wire and a graphene-doped organic shell, and is characterized in that the subversive generator comprises a positive electrode and a negative electrode of the graphene-doped niobium-based platinum-plated thin film, a negative electrode of the graphene-doped niobium-based platinum-plated thin film and a negative electrode of the graphene-doped niobium-based platinum-plated thin film; an embedded software detection and control program is a graphene (electromagnetic field intensity, safety regulation and sound signals, voltage and current amplitude values and frequency values thereof, and electrostatic charges) sensing detection and control device which supplies electric energy to electric equipment during operation and instantly and rapidly fully charges a graphene-doped supercapacitor battery with a graphene film wire for countless times, and the discharge rate of the graphene-doped supercapacitor battery is extremely high; the distance and the area value between the positive and negative electrodes and the dielectric medium are adjustable, the output voltage is less than or equal to 3KV, and the high-voltage power supply is electric equipment such as vehicles, ships, airplanes, trains and power stations in living quarters, seasides, industrial mines and the like (the problem of environmental radiation during high-voltage remote transmission can be solved), and is low in manufacturing cost and small in operation cost.

Description

technical field [0001] The invention relates to a subversive generator, which is characterized in that it includes: medium and small power, high power and super high power, zero-carbon, ultra-high efficiency, environmental protection and energy saving, and the electricity generated by it is higher than that of the current large-scale power plants of the same scale. In addition to the large amount of electricity, it can also provide enough power for various types of electric equipment (vehicles, aircraft, transport ships, locomotives, subway heads, power stations, etc.) Supercapacitor batteries can be charged rapidly and rapidly for countless times, and their discharge rate is extremely high. When encountering high temperature and severe conditions, its magnetic flux leakage is a subversive generator that is extremely small, especially when it involves a kind of doped graphene. The polarized dielectric has a specific surface area of ​​up to 2630m 2 g -1 , The permittivity is ...

AI Technical Summary

Problems solved by technology

[0002] The current generator, when it runs in a high temperature and harsh environment, is affected by the device structure of the generator, that is, its stator and rotor are made of silicon steel sheets or ferrite cores, and the inside of the stator and rotor are all There is a limitation on the working temperature of the excitation coil, that is, the insulating varnish on the enameled wire. Once it exceeds the limit value of the ambient temperature it can withstand, it will be threatened by being burned. And because of the large amount of static charge accumulation (it has no way to transport 99% of the accumulated static charge out instantaneously), the threat of accidental "explosion" accidents caused by electrostatic induction is large, and its power utilization efficiency is low and its work efficiency is low. The defect in the current generator technology is extremely dangerous once it encounters a sudden deterioration of its working load environment, and it is difficult to automatically solve its failure. The current generator has a large volume and its required auxiliary functions The shortcomings of many devices, its operating cost and its own energy consumption; especially when the current generator needs to provide a particularly large amount of power supply, it is affected by the combination of its stator and rotor magnetic core and its excitation coil. In particular, the current super-large generators need to use high-voltage or ultra-high-voltage methods when they need to transmit the electricity they generate to long-distance areas, that is, use more tall racks. The iron tower of high-voltage cables may require a large number of cement poles and expensive high-voltage cables, and multiple substations are required to complete the transmission of electric energy. Due to the long-distance transmission of high-voltage or ultra-high voltage, it will continue to The surrounding environment includes living quarters, production enterprise districts, schools and other radiation electromagnetic waves that endanger human physical and mental health, including animals and plants. In order to solve the above problems, a subversive generator with medium, small, high , The electricity it generates can not only meet the electricity generated by the current large-scale power plants, but also can be used for various types of electric equipment (including electric cars, electric transport vehicles, electric motorcycles, electric aircraft or transport ships or locomotives or subway heads) ) while providing sufficient electric energy for its operation, it can also charge the doped graphene energy storage supercapacitor battery countless times instantaneously and rapidly. It is a graphene sensor detector and a graphene-doped supercapacitor battery in its power supply. It has the ability to withstand a huge amount of charge for countless times of instantaneous rapid full charge and its rapid discharge rate is extremely high. It can It is guaranteed that once its workload or its environment suddenly deteriorates, it can also guarantee its stable and extremely high efficiency. This subversive generator will not be harmful to human health, and it will also be Save more tall iron towers or need a lot of cement poles and need to use expensive high-voltage cables, etc. or save the current super-large generators that need to use multiple substations

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