Mechanical energy storage system and generating method using the same

Abstract

A mechanical energy storage system and method is provided, for storing a mechanical energy and generating electricity using the stored mechanical energy, which is small and can be used to charge portable digital devices such as smart phone, mobile phone, tablet PC, notebook, PMP, etc. An external mechanical force is used to compress high pressure gas charged in a pressure vessel, stored as a reacting force, a stored energy, due to proceeding of piston rod, which can be used as a power the devices whenever it is necessary, or so as to generate electricity by powering a gas generator.

Description

BACKGROUND OF THE INVENTION[0001]The present invention relates to a mechanical energy storage system and generating method using the same. More particularly, this invention relates to a mechanical energy storage system and generating method, which harvests energy easily, stores simply, and generates electricity conveniently.[0002]Energy storage systems have been developed and introduced widely in the community. An explosive increase of mobile phones, smart phone, and other mobile devices and consumption of electrical energy in all aspects of human activities has made it outstanding using energy more effectively.[0003]To solve the above problems, various types of technologies have been developed.[0004]The technologies being used or under development include a pumping-up power generation, compressed-air-storing gas turbine technology, electrical energy storing technology, superconducting magnetic energy storing technology, flywheel energy storing technology, etc.[0005]However, there a...

AI Technical Summary

Benefits of technology

The present invention is a device that stores mechanical energy and quickly generates electricity by controlling the release of gas from a reservoir using a control valve. The device has a simple structure and is efficient in harvesting and converting mechanical energy. It also has a short reaction time.

Problems solved by technology

The flywheel energy-storing technology includes highly precise components for storing kinetic energy, and has technological difficulty in obtaining vacuum, superconducting magnetic-levitating contact-less bearing, and flywheel enduring high-speed rotation in order to increase the energy density.

Also, in order to be used to harvest energy from various sources, miniaturization of the technology is essential, but the above flywheel energy-storing technology has to be developed much more and has problems in order to be used as a miniaturized and efficient energy-storing device.

Therefore, there is a limit for it to store directly various mechanical energy generated from various physical phenomena.

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