To explore the feasibility of using microhydroelectric power technology in buildings, experimental power and storage efficiency will be monitored, residential power use patterns collected and analyzed, and individual (or family) water use surveyed. In addition to the flexible structural design, these blades are advantageous because they are small, lightweight, and inexpensive. In this study, innovative micro blades with an aerodynamic design will be used to minimize the cross-sectional area of water flow. Micro-hydroelectric systems do not involve the damaging procedures of high currents or high power use, and have a long service life that reduces maintenance costs. This mechanical power will then be converted into electric power through permanent-magnet synchronous generators. The flow produced in the building water supply pipes will be used to drive micro-hydroelectricity turbines and convert hydroelectric power into mechanical power.
In this study, the micro-hydroelectric power technology developed for applications in rivers will be modified and minimized for applications in water supply pipes in buildings. Considering that household water from urban buildings is discarded after use, converting the energy from household water into electricity is the focus of this study.
Due to the depletion of natural resources, the development of green energy technologies has become a vital topic in national development and academic research. Currently, the primary sources of global energy supply are oil, coal, and other fossil fuels. 1 The Feasibility of Applying Micro-hydroelectric Power Technology in Building Water Supply Pipes Chih-Yuan Chang 1st Department of Civil Engineering Yen-Huai Ma 3rd Department of Electrical Engineering Sy-Ren Huang 2nd Department of Electrical Engineering Yao-Hua Liu 4th Department of Civil Engineering Yin-Song Hsu 5th Department of Water Resources Engineering Abstract With the rapid development of industry, commerce, and standards of living, the energy requirements of various nations are increasing significantly.
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