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首页> 外文期刊>Journal of Scientific & Industrial Research >Development and applications of a fuzzy controller for a forced circulation solar water heater system
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Development and applications of a fuzzy controller for a forced circulation solar water heater system

机译:强制循环太阳能热水器系统模糊控制器的开发与应用

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摘要

This study presents fuzzy control to improve solar heat absorbance efficiency (SHAE) of a forced circulation solar water heater (FCSWH) system, and simplify user settings. FCSWH system controls startup and stopping of circulating pump based on temperature difference between outlet and inlet of collector. Fuzzy control adapts to uncertainty of sunshine duration and modulates temperature difference to maximize SHAE. According to results, water temperature in heat storage cylinder increased by 3~5℃ under fuzzy control system, showing a clear advantage in SHAE over manual control system.
机译:这项研究提出了模糊控制,以提高强制循环太阳能热水器(FCSWH)系统的太阳热吸收效率(SHAE),并简化用户设置。 FCSWH系统根据集热器进出口之间的温差控制循环泵的启动和停止。模糊控制适应日照持续时间的不确定性,并调节温度差以最大化SHAE。结果表明,在模糊控制系统下,储热缸中的水温升高了3〜5℃,与手动控制系统相比,SHAE具有明显的优势。

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