The impact of electronic control systems on improving the performance of the solar heater

E. Alaskaree, Y. Breesam
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Abstract

regulate the water flow rate in the solar collector to prevent the water temperature from surpassing 65 °C in winter and 40 °C in spring and autumn. The study harnessed solar panels to provide electricity to the ECS, which enabled the technology to adapt the solar heating process according to environmental conditions and user needs. The study's findings demonstrate the potential of utilizing an ECS for recycling waste solar heaters, leading to enhanced heat transfer efficiency and long-term financial and environmental benefits.
电子控制系统对提高太阳能热水器性能的影响
调节太阳能集热器中的水流量,防止冬季水温超过 65 °C,春秋季节超过 40 °C。该研究利用太阳能电池板为 ECS 供电,使该技术能够根据环境条件和用户需求调整太阳能加热过程。研究结果证明了利用 ECS 回收利用废旧太阳能加热器的潜力,从而提高了传热效率,并带来了长期的经济和环境效益。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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