| Summary: | 碩士 === 崑山科技大學 === 電機工程研究所 === 93 === With promotion of efficiency for a solar hot-water heater and conceptual advocacy of using reproductive energy resources, it is commonly accepted by the public for further assembling and utilizing. As the heater can be worked on with solar power energy, the utility amount of hot water is not high due to high solar radial energy leading relatively to a high temperature. Still, a specific usage state of oil storage will be formed in the heater to be utilized as necessary in the future due to the low utility rate of hot water occurred at a time of stronger and higher solar radial energy, which relatives to an user’s working and resting conditions. According to the above-mentioned two factors, it will allow the solar power energy to be used less as well as a lower utility rate of the same will happen.
This thesis claims an auxiliary heating approach for a wind force generator being applied into a solar hot-water heater. The study therein directs particularly to a wind force generator being connected directly with an ordinary solar hot-water heater pervaded on business conditions to work heating when the temperature and wind force at night, in the rain seasons or winter become higher and stronger respectively. At first, it analyzes the characteristics and principals of a heat collecting plate being applied to a solar hot-water heater and then further analyzes the operation conditions and makes a data record with cooperation of the integral assembly of the wind force generator applied to the solar hot-water heater. In addition, it also makes an analysis of distribution conditions of a wind intensity and sunshine amount to offer an appropriate evaluation of applicability therefor.
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