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Hybrid Predictive Control for Building Climate Control and Energy Optimization

机译:建筑气候控制和能源优化的混合预测控制

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The growing world's energy use and energy prices have raised a concern about the efficiency of energy management systems, energy resources and environmental impacts. In developed countries, buildings are accredited for 40% of the global energy consumption, being the heating and cooling system one of the main causes of it; as the growth of population, comfort levels and services are directly related to thermal systems. For this reason we present a Hybrid Model Predictive Control (HMPC) strategy to control all rooms of a building apartment in a centralized manner. This approach decreases energy consumption, maintaining comfort levels in an acceptable range, and showing that MPC control solutions can be substituted by more complex controls (as HMPC) to manage building thermal systems.
机译:由于能源管理系统,能源资源和环境影响的效率,越来越多的世界能源和能源价格提高了担忧。在发达国家,建筑物占全球能源消耗的40%,是加热和冷却系统的主要原因之一;随着人口的增长,舒适层和服务与热系统直接相关。出于这个原因,我们提出了一种混合模型预测控制(HMPC)策略,以以集中方式控制建筑公寓的所有房间。该方法降低了能量消耗,在可接受的范围内保持舒适度,并表明MPC控制解决方案可以被更复杂的控制(作为HMPC)代替以管理建筑物热系统。

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