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Quantifying the potential of smart heat pump control to increase the self consumption of photovoltaic electricity in buildings

机译:量化智能热泵控制的潜力,以提高建筑物中光伏电力的自用消耗

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Energy management systems that efficiently use self-produced renewable energy are becoming popular. However,quantifying their benefits in terms of self-consumption increase and associated financial benefits, is difficult in reallife conditions. In that context, the Prosumer-Lab project was launched. In the latter, a building, grid and photovoltaicinstallation are emulated and real energy management systems can be connected for evaluation. In this article, wedescribe various control strategies for energy management systems and benchmark their yearly performance insimulation in order to quantify the potential of the different approaches. This works is the first step towards theidentification of possible improvements.
机译:有效地使用自我生产可再生能源的能源管理系统正在变得流行。然而,在自我消费增加和相关的经济效益方面量化它们的益处,真实困难生活条件。在这方面,推出了Prosumer-Lab项目。在后者,建筑物,栅格和光伏安装是模拟的,并且可以连接实际能量管理系统进行评估。在本文中,我们描述能源管理系统的各种控制策略,并将其年度表现进行基准仿真为了量化不同方法的潜力。这作品是迈向的第一步识别可能的改进。

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