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Alternative energy storage options for Heat Pump Water Heater coupled with photovoltaic plant for Domestic Hot Water production

机译:热泵热水器的替代能源存储选项,以及用于生活热水生产的光伏电站

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The present work relies on the topic of energy storage for Heat and Electricity applied to Heat Pump Water Heaters coupled with photovoltaic plants for Domestic Hot Water production. The main idea is to evaluate the possibility to exploit (he water tank as heat storage for the produced photovoltaic energy and, where appropriate combined with electrical storage. For this reason, two heat pumps with different volume size have been chosen and smart control strategies have been applied while monitoring the water temperature in the tank. Calculations account on tapping profile inferred from monitored data of a representative end-user in a Mediterranean small island. Results show how the combination of smart control strategies and battery systems is the most suitable solution in order to fulfil the domestic hot water energy demand by renewable sources while maintaining comfort requirements.
机译:当前的工作依赖于热能和电能的储能主题,热能和电能用于热泵热水器,再加上用于家庭热水生产的光伏电站。主要思想是评估利用的可能性(水箱用作产生的光伏能量的热量存储,并在适当时与电存储相结合。因此,已选择了两个具有不同体积大小的热泵,并且智能控制策略已被采用。在监测水箱中的水温时进行了应用,计算结果是从地中海小岛上的代表最终用户的监测数据推断出的出水曲线得出的,结果表明,智能控制策略和电池系统的组合是最合适的解决方案为了满足可再生能源对家用热水能源的需求,同时保持舒适性要求。

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