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Can buildings be more intelligent than users?- The role of intelligent supervision concept integrated into building predictive control

机译:建筑物比用户更智能吗? - 智能监督概念集成到建筑预测控制中的作用

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This study addresses a new generation of adaptable intelligent control systems for energy management. The proposed approach consists of a high-level predictive control system based on advanced simulation and optimization algorithms which interact with conventional machine-level controllers of HVAC systems, e.g., PID, in order to define optimized set points considering current and forecasted operation conditions, minimizing a predefined objective cost function, e.g., energy consumption, subjected to maintain predefined levels of comfort. The flexibility of the proposed architecture and the development of reliable surrogate models based on robust machine learning techniques are key features to combine green building requirements while granting or even improving occupant comfort. A first version of the proposed system was developed, and preliminary results emphasize its role in the path of transition to intelligent green buildings as a part of new buildings or, more important, as a retrofit of current buildings, with almost no changes on infrastructures, but promoting them to a smart building level.
机译:本研究解决了用于能源管理的新一代适应性智能控制系统。所提出的方法包括基于高级仿真和优化算法的高级预测控制系统,其与HVAC系统的传统机器级控制器相互作用,例如PID,以便定义考虑当前和预测的操作条件的优化设定点,最小化预定义的目标成本函数,例如能量消耗,经受维持预定义的舒适程度。拟议的架构和基于强大的机器学习技术的可靠代理模型的灵活性是结合绿色建筑要求的关键特征,同时给予甚至改善乘员舒适度。开发了拟议系统的第一版,初步结果强调其在过渡到智能绿色建筑的道路中的作用,作为新建筑的一部分,或者更重要的是作为当前建筑的改造,几乎没有关于基础设施的变化,但促使他们达到智能建筑水平。

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