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首页> 外文期刊>Asian Journal of Engineering, Sciences & Technology >Standby Mode Minimization and Periodic Controlling For Efficient Building Energy Management System Using Fuzzy Logic and Image Processing Tool
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Standby Mode Minimization and Periodic Controlling For Efficient Building Energy Management System Using Fuzzy Logic and Image Processing Tool

机译：使用模糊逻辑和图像处理工具的高效建筑能源管理系统的待机模式最小化和周期控制

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摘要

In regards of smart and efficient energy management, many think that standby mode is purely the solution in reducing the electrical usage. However, the standby mode of electrical appliances is also among one of the main factors that contributes to the electrical wastage as the appliances still consume electrical energy during the standby operation. This research mainly focuses on creating a Fuzzy Expert System (FES) with a combination of image processing that minimizes the standby mode or phantom load and to evaluate the performance of the created dummy load system based Prototype. Applying the results of this research, the standby mode of the electrical appliances can be controlled automatically and manually and also minimized based on the desired fuzzy rules set. Hence it can be concluded that minimal use of electrical energy in standby mode or phantom load in electronic appliances can be achieved by using techniques of image processing and fuzzy controls which will can ensure minimum wastage of electricity.
机译：关于智能高效的能源管理，许多人认为待机模式纯粹是减少用电量的解决方案。然而，电器的待机模式也是导致电气浪费的主要因素之一，因为电器在待机操作期间仍然消耗电能。这项研究主要集中在创建结合图像处理的模糊专家系统（FES），该系统可最大程度地减少待机模式或幻像负载，并评估基于原型创建的虚拟负载系统的性能。应用这项研究的结果，可以自动和手动控制电器的待机模式，并根据所需的模糊规则集将其最小化。因此可以得出结论，通过使用图像处理技术和模糊控制技术可以确保电力的最小浪费，从而可以在电子设备中的待机模式或幻像负载中实现电能的最小使用。

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