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From Consumption to Prosumption - Operational Cost Optimization for Refrigeration System With Heat Waste Recovery

机译:从消耗到消耗-带有废热回收的制冷系统的运营成本优化

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Implementation of a liquid cooling transforms a refrigeration system into a combined cooling and heating system. Reclaimed heat can be used for building heating purposes or can be sold. Carbon dioxide based refrigeration systems are considered to have a particularly high potential for becoming efficient heat energy producers. In this paper, a CO 2 system that operates in the subcritical region is examined. The modelling approach is presented, and used for operation optimisation by way of non-linear model predictive control techniques. Assuming that the heat is sold, it turns out that the system has negative operational cost. Depending on the choice of objective function daily revenue varies from about 7.9 [eur] to 11.9 [eur].
机译:液体冷却的实施将制冷系统转变为组合的冷却和加热系统。回收的热量可用于建筑物供暖,也可出售。基于二氧化碳的制冷系统被认为具有成为高效热能生产者的巨大潜力。在本文中,研究了在亚临界区域运行的CO 2系统。提出了建模方法,并通过非线性模型预测控制技术将其用于操作优化。假设出售了热量,事实证明该系统的运营成本为负。根据目标函数的选择,每日收入在7.9 [eur]至11.9 [eur]之间变化。

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