Design of a Three-phase Generator Power Supply System 2Driven by a Micro Hydraulic Turbine

With the growing need for energy conservation and sustainability, water flow is seen as an extremely important means of energy production. However, people often overlook the flow of water around them, such as taps, which can also produce a useful amount of electricity or operate as an independent power supply system. Therefore, this paper introduces a device that captures and stores the kinetic energy from everyday faucet water flow for later release. Through the coordination of a blade turbine and a three-phase generator with an electric motor and other structures, the project managed to escape the electronic control system and store a certain amount of energy. Overall, the project is fully designed, and it proves that the idea is feasible. In this paper's design, this energy stored in the form of potential energy can be converted into point energy when needed and then kinetic energy to drive a launcher. The transmitter is just a way for the team to demonstrate to the outside world, and light and heat energy are places where they can be applied.

Authors

Publication Details

Journal
Highlights in Science Engineering and Technology
Published
2025-03-30
DOI
https://doi.org/10.54097/93xaw072
Primary Topic
Electric Motor Design and Analysis
Type
article
Field-Weighted Citation Impact
0.00
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article

Design of a Three-phase Generator Power Supply System 2Driven by a Micro Hydraulic Turbine

Jiaming Qu, Fengyuan Yu, Zhichun Yang, Zhenghan Wu
Highlights in Science Engineering and Technology
Electric Motor Design and Analysis
article

Design of a Three-phase Generator Power Supply System 2Driven by a Micro Hydraulic Turbine

Jiaming Qu, Fengyuan Yu, Zhichun Yang, Zhenghan Wu
article en

Abstract

With the growing need for energy conservation and sustainability, water flow is seen as an extremely important means of energy production. However, people often overlook the flow of water around them, such as taps, which can also produce a useful amount of electricity or operate as an independent power supply system. Therefore, this paper introduces a device that captures and stores the kinetic energy from everyday faucet water flow for later release. Through the coordination of a blade turbine and a three-phase generator with an electric motor and other structures, the project managed to escape the electronic control system and store a certain amount of energy. Overall, the project is fully designed, and it proves that the idea is feasible. In this paper's design, this energy stored in the form of potential energy can be converted into point energy when needed and then kinetic energy to drive a launcher. The transmitter is just a way for the team to demonstrate to the outside world, and light and heat energy are places where they can be applied.

Highlights in Science Engineering and TechnologyVol. 134
Openalex Percentile: Top 95%
Electric Motor Design and Analysis
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Design of a Three-phase Generator Power Supply System 2Driven by a Micro Hydraulic Turbine — Jiaming Qu, Fengyuan Yu, et al. · Highlights in Science Engineering and Technology (2025) | TGRS Research Map | TGRS