基于WSN的楼宇智能集中供电控制

Aarti Dhadiwal, Payal Disoja, P. Dawande, T. Patil, A. Palve
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引用次数: 1

摘要

功率控制是用于工业、大型组织以及家庭自动化等小型部门的机制,用于减少通信系统的传输输出功率,以实现系统的良好性能。电源管理是一种用于网络设备的技术机制,用于防止不同无线网络之间的干扰,并减少其他网络在该范围内使用的输出功率。这种功率的降低增加了便携式和嵌入式系统的电池寿命;降低冷却要求,噪音和运行成本的能源和冷却。目前,各个部门的动力控制都是手动完成的,这需要更多的人力和时间。通过开发和实施智能集中电源控制系统来监控整个建筑的所有电气设备,可以避免这一缺点。集中式系统使用无线传感器网络提供对建筑物电气设备的无线接入,以便从远程位置操作建筑物的设备并对其进行监控。该系统利用不同的无线传感器进行数据传输,并利用单片机作为嵌入式系统对建筑物的特定设备进行操作。通过系统的开发,建立了一个低成本、灵活、易操作、可行的系统,有利于用户的功耗和节省时间。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Smart centralized power control for buildings using WSN
Power control is the mechanism used in industries, large organization as well as in small sectors like home automation for the reduction of transmitting output powering the communication system to achieve good performance of the system. The power management is a technical mechanism which is used in the network devices to prevent the interference between different wireless networks and reduce the used output power when other network is in the range. This reduction of the power increases the battery life for portable and embedded system; reduce cooling requirements, noise and the operating cost for energy and cooling. Nowadays the power control in different sectors is done manually which requires more human energy and time. This drawback can be avoided by the development and implementation of the smart centralized power control system to monitor all the electrical equipments of the entire building. The centralized system provides the wireless access to the electrical equipments of the building using the wireless sensor network for operating the equipment of the building and monitoring them from the remote location. The system makes the used of different wireless sensor for data transmission and the microcontroller as an embedded system to perform the required action for operating the particular equipment of the building. The development of the system leads to the establishment of low cost, flexible, easily accessible and a feasible system which would be beneficial to the consumer in terms of power consumption and time saving.
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