Energy-efficient user interaction with an off-grid building

A. Olteanu, D. Tudose, N. Tapus
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Abstract

This paper describes the design of energy-efficient wide spectrum mechanisms and protocols to capture context information and employ actuation to close the feedback loop. The project described in this article focuses on harvesting energy from the environment through as many ways as possible, and efficiently using the harvested energy in off-grid buildings, dynamically adapting the consumption to currently available energy levels. The main energy sources to be used for harvesting are: solar energy, wind energy, wasted wireless communication energy and hydro energy. Through its web and Android interfaces, the project offers functionalities such as analyzing energy harvesting efficiency, monitoring building-wide energy consumption, setting up profiles and managing consumers individually.
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与离网建筑的节能用户交互
本文描述了节能的广谱机制和协议的设计,以捕获上下文信息并采用驱动来关闭反馈回路。本文中描述的项目侧重于通过尽可能多的方式从环境中收集能源,并在离网建筑中有效地使用收集到的能源,动态地调整消耗以适应当前可用的能源水平。用于收集的主要能源有:太阳能、风能、被浪费的无线通信能源和水能。通过它的网络和Android界面,该项目提供了诸如分析能源收集效率、监控整个建筑的能源消耗、设置档案和个人管理消费者等功能。
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