A Graphene-Based Cloud Power Natural Gas Ecosystem

Abstract

The invention discloses a cloud power supply natural gas ecosystem based on graphene. The cloud power supply natural gas ecosystem based on graphene comprises a power generation device, an energy storage power supply and an ecological management module; the energy storage power supply is based on a graphene battery; the ecological management module is used for realizing electric quantity detection, power transmission and data transmission; a power scheduling module is used for performing power scheduling according to power transaction information; and the power scheduling module is connected with each electricity utilization terminal through a power transmission circuit. According to the cloud power supply natural gas ecosystem based on graphene disclosed by the invention, the switching speed of a perceptual component can be synchronous with the switching speed of an IGBT and a digital circuit; the conversion efficiency of the battery and the power supply is increased; simultaneously,the power consumption of the battery and the power supply is reduced; the internal resistance of an EBIOGEM is matched with the internal resistance of each chain point; due to continuous circulation of program hardware and a communication network, average distribution of energy is realized; the physical distance of an application is reduced to the most extent; energy collection and particle size calculation are provided; on the basis of a blockchain cryptographic machine, individuals and communities are authorized to create new energy together; and thus, a micro-energy network ecosystem for detection, early warning, control, big data acquisition, energy measurement and micro-power management is realized.

Description

technical field [0001] The invention relates to a graphene-based cloud power natural gas ecosystem. Background technique [0002] With the massive use of natural gas, every residential building is "shrouded" by natural gas. The popularization of natural gas has brought convenience to public life, reduced urban pollution, and improved the quality of life, but at the same time, natural gas is also a potential "dangerous product", which is often caused by natural gas leakage, explosion or poisoning incidents due to improper use and aging equipment. Happens from time to time, bringing huge threat to the life and property safety of residents. [0003] The existing natural gas safety monitoring system mainly uses a single household monitoring system or device, and uses PLC controllers to realize the functions of leak detection, window opening, air purification and alarm, which reduces the safety hazards after natural gas leakage. However, the structure and function are single, a...

AI Technical Summary

Problems solved by technology

There are many defects in such a traditional method, the first is the line loss, due to the distance problem, about 8%-9% of the power is lost in the line transmission process

The second is reliability. Once the central power station is interrupted for some reason, the power transmission of the entire region will be greatly affected

[0008] Providing a natural gas ecosystem that organically combines a power trading system based on blockchain technology with a natural gas safety management system is bound to solve the above problems. Large capacitance, serious copper loss, magnetic loss, large internal resistance, low conversion efficiency, and a maximum switching speed of 200K, while the switching speed of IGBT and digital circuits is generally around 500K, and the switching speed of traditional power inductive components cannot reach the same level as Synchronization of IGBT and digital circuit switching speed, the system consumes a lot of power

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