Manpower smart grid

Abstract

The invention provides a manpower smart grid, comprising a power input port, a power output port, a power transmission line, a central control system and a power dispatching system, wherein the power input port and the power output port respectively access into a manpower generating device and electrical equipment; the power transmission line is used for forming a netty direct-connecting power transmission line between each input port and each output port, the direct-connecting power transmission line between each input port and each output port can be used for performing switch transferring,and the direct-connecting power transmission line between each output port and each input port can be further used for performing the switch transferring; the central control system is used for receiving the feedback information of the power input port and the power output port, and generating information control according to the feedback; and the power dispatching system is used for converting the information control provided by the central control system into an executable command to control the switching of the power transmission lines between the power input port and the power output ports. The manpower smart grid has the advantages of higher stability, self-sufficiency, consistency and utilization ratio compared with the existing manpower generating set with a single function, and can be applied to more extensive electric devices.

Description

technical field [0001] The invention relates to the technical field of human power generation and power network, in particular, the invention relates to a human smart grid. Background technique [0002] Similar to solar energy, the kinetic energy generated by human motion is also a renewable, clean, ubiquitous energy source, especially self-sufficient for low-power appliances. Moreover, its randomness is relatively weak compared with solar energy, but its controllability is relatively strong, and it is less affected by the external environment. unique value. So far, electromechanical equipment related to human power generation has been proposed one after another. In these new devices, the power generation principle of most mechanisms is mainly based on the solid conductor cutting the magnetic force line to generate current. The core movement methods include: rotary motion and reciprocating motion. Recently, liquid metal is used as a conductor to cut the magnetic force line...

AI Technical Summary

Problems solved by technology

[0003] At present, the research on human power generation is still in a very primitive stage, the development of related technologies is not mature enough, and there are many disadvantages

For example, the electricity generated by human body movement has the disadvantages of large dispersion, low power, and instability. Poor; because the energy of human body movement is limited after all, the power generated each time is also small; human body power generation is still very intermittent; due to the small amount of power generated by decentralized human power generation, its utilization rate is low, etc. At present, some human power generation equipment can only be applied to tiny electronic devices with low power

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