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Occupancy identification based energy efficient Illuminance controller with improved visual comfort in buildings

机译:基于占用识别的节能照度控制器,改善了建筑物的视觉舒适度

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Under this research Smart energy efficient and visual comfort lighting system has been developed based on the presence of occupancy and occupancy localization information. The developed system consist of non-contact occupancy identification system, wireless sensor network, and wireless light intensity control device. The controller is constructed on a fuzzy logic based closed loop controller developed on a single board computer powered by 900MHz quad-core ARM Cortex-A7 CPU. Lighting is an important factor in maintaining the visual comfort in a living premise. According to literature, the lighting consumes about 40% of total electricity consumption in a building. Since lighting energy requirement contains a larger share of energy demand any saving from that demand will result in a reduction in areas of energy wastage, negative impact to the environment and the cost to the consumers and so on. The results of the experiment indicate that the improvement of visual comfort and enhanced energy performance by avoiding of unwanted visual comfort level in a living premise.
机译:根据该研究,智能节能和可视化舒适照明系统是基于占用和占用本地化信息的存在而开发的。开发系统由非接触式占用识别系统,无线传感器网络和无线光强度控制装置组成。控制器在由900MHz四核ARM Cortex-A7 CPU的单板计算机上开发的模糊逻辑基于闭环控制器上构建。照明是在生活前提下保持视觉舒适的重要因素。根据文献,照明在建筑物中消耗大约40%的电力消耗。由于照明能源要求包含更大的能量需求,因此任何需求都会产生能量浪费,对环境的负面影响以及消费者的成本降低。实验结果表明,通过避免在生活前提下的不需要的视觉舒适度水平,提高视觉舒适度和增强的能源性能。

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