Intelligent Management System for the Conservation of Energy

Guillermo Mendez, M. A. Casillas, Rosario Baltazar, Carlos Lino Ramírez, Luis Mancilla, Sandra Lopez
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引用次数: 4

Abstract

In our current situation, intelligent energy management is essential, it is necessary not only change the way how it is delivered, but also how users use it. Small changes in our life daily, such as turning off lights or air conditioning when there are not people who use it, can result in substantial energy savings. In this document, we provide information about of a support system for energy conservation using sensors, actuators and agents. The wireless network system is an embedded interconnected. Agents, sensors for monitoring a room and actuators for gradually manipulate elements like windows, blinds, led lamps and air conditioning, besides the application of optimization techniques and fuzzy logic. The energy required to give comfort, comes from two main sources possible, artificial (by the company supply electricity) and natural (natural air flows, solar lighting, etc.). Our main goal is through bio-inspired optimization algorithms and fuzzy logic control provides an adequate lighting and temperature settings according to an activity that takes place in the room.
智能节能管理系统
在我们目前的情况下,智能能源管理是必不可少的,它不仅需要改变它的交付方式,而且需要改变用户使用它的方式。我们日常生活中的小改变,比如在没人用的时候关掉灯或空调,可以节省大量的能源。在本文档中,我们提供了关于使用传感器、执行器和代理的节能支持系统的信息。无线网络系统是一种嵌入式互联网络。除了优化技术和模糊逻辑的应用之外,用于监控房间的代理、传感器和逐步操纵窗户、百叶窗、led灯和空调等元素的执行器。提供舒适所需的能源主要来自两种来源,人工(由公司供电)和自然(自然气流,太阳能照明等)。我们的主要目标是通过仿生优化算法和模糊逻辑控制,根据房间内发生的活动提供适当的照明和温度设置。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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