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Intelligent Hybrid Control Model for Lighting Systems Using Constraint-Based Optimisation

机译:基于约束优化的照明系统智能混合控制模型

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Lighting systems consume a considerable proportion of total energy bud-gets, particularly for retail and public-office applications, and hence their optimi-sation can save considerable amounts of energy. This paper proposes an intelligent control strategy to operate the office luminance in order to enhance user comfort and reduce energy consumption. The strategy is applied to an open office scenario, where the controller and the environments are modelled using a hybrid/multi-agent platform. The developed controller uses a constraint-based optimisation technique to compute the optimal settings. We describe the different modelling steps, including the optimisation technique, and outline the simulation results and potential energy benefits of the proposed controller.
机译:照明系统消耗相当大的总能量芽 - 获得,特别是对于零售和公共办公室应用,因此他们的优化性可以节省大量的能量。本文提出了一种智能控制策略来运营办公亮度,以提高用户的舒适度并降低能耗。该策略应用于开放式办公场景,其中控制器和环境使用混合/多代理平台进行建模。开发控制器使用基于约束的优化技术来计算最佳设置。我们描述了不同的建模步骤,包括优化技术,并概述所提出的控制器的仿真结果和潜在的能量效益。

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