Pendulum type energy-saving power generation device

Abstract

The invention provides a pendulum type energy-saving power generation device. The main structure of the pendulum type energy-saving power generation device comprises a swing device, a booster and a power system, wherein the booster applies force to the swing device to enable the swing device to swing continuously, and the power system is used for storing energy converted from the swing device and supplying electric energy needed by acting of the booster. By means of the structure, through the swing action of the swing device, the energy generated by the action of the swing device is converted to needed electric energy which is stored in the power system. Part of the electric energy is given to the booster so as to assist in pushing the swing device in due time when the swing amplitude of the swing device is reduced by friction force, and therefore the swing device can be made to act continuously to generate electric energy continuously. Accordingly, the energy generated by acting of the swing device is converted to generate power, and the power is used for enabling the swing device to continuously act, so that the purpose of supplying and generating power in a long-acting mode is achieved.

Description

technical field [0001] The present invention provides a pendulum-type energy-saving power generation device, especially a pendulum-type energy-saving power generation device that converts the kinetic energy or potential energy of the swing device into electric energy, and uses the electric energy to make it continuously swing, so as to continuously store energy and generate electricity . Background technique [0002] One of the keys to the prosperity and development of today's society lies in the sufficient supply of energy. However, the earth's natural resources are limited. When natural resources, such as oil, are increasingly depleted, how to effectively use alternative energy sources and avoid environmental pollution is an important indicator of economic power. , and it is also the direction for future human life to store electricity. [0003] At present, common renewable energy sources include solar energy, wind power, hydraulic power, thermal power and other power gen...

AI Technical Summary

Problems solved by technology

[0006] 1. The installation conditions are harsh and easily affected by the weather, resulting in unstable power generation efficiency and unsustainable power generation or environmental pollution

[0007] 2. Installed outdoors, long-term exposure to wind and sun will also lead to rapid depreciation. Overall, the economic benefit is low, and it is even considered "expensive renewable energy."

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