Gravity power generator

Abstract

The invention discloses a gravity power generator. According to the gravity generator, water gravity is utilized to enable a left portion gravity tank and a right portion gravity tank to alternately reciprocate up and down; in a process that the left portion gravity tank and the right portion gravity tank alternately reciprocate up and down, the left portion gravity tank or the right portion gravity tank can drive a spiral rotating shaft to rotate to generate strong torque through a couple driver; finally, the power generator is driven by the torque generated by the spiral rotating shaft to generate power, and the purpose of converting potential energy of water into mechanical energy to generate power is achieved. Therefore, the whole power output process of the gravity power generator avoids fuel consumption, has no pollution and small water consumption, is not limited by geographical condition and affected by season change, has very low requirements for dam height and flow, can achieve larger torque and more stable rotation speed than a water turbine and can remarkably reduce invest cost, and meanwhile, the gravity power generator has the advantages of energy conservation, environmental friendliness, high efficiency and practicability.

Description

technical field [0001] The invention relates to a power output device, in particular to a gravity generator. Background technique [0002] At present, the known hydroelectric power generation is that the water turbine is rotated to drive the power generation equipment to generate electricity, and the water turbine is used as the prime mover of the hydropower generation. However, the use of existing water turbines has the following disadvantages: 1. On the rotating shaft of the water turbine, because the distance between the blades is very large, the water turbine causes a great waste of water resources and reduces the working efficiency of the water turbine; 2. 1. The speed of the water turbine changes with the change of the water level, causing the speed to be unstable; 3. The water turbine has very strict conditions and requirements for the drop formed by the height of the dam and the flow provided by the river, so the utilization of water energy is only under special cond...

AI Technical Summary

Problems solved by technology

However, the use of existing water turbines has the following disadvantages: 1. On the rotating shaft of the water turbine, because the distance between the blades is very large, the water turbine causes a great waste of water resources and reduces the working efficiency of the water turbine; 2. 1. The speed of the water turbine changes with the change of the water level, causing the speed to be unstable; 3. The water turbine has very strict conditions and requirements for the drop formed by the height of the dam and the flow provided by the river, so the utilization of water energy is only under special conditions. Therefore, the use of water turbines is limited by geographical conditions; 4. The structure of water turbines is complex, and each component is relatively heavy. It is time-consuming and laborious to install, and it is also inconvenient to maintain in the later stage; Provincial power transmission lines, so water turbines can only be used under the premise of investing a lot of money to build infrastructure

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