Comprehensive validation of an ICT platform to support energy efficiency in future smart grid scenarios

G. López, Pedro S. Moura, Marek Sikora, J. I. Moreno, A. D. de Almeida
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引用次数: 2

Abstract

The steady increase of electricity consumption in the EU household sector during the last decades, has made energy efficiency within this scope to become a major issue both for European Commission and for utilities. As a result, several EU R&D projects are currently underway, dealing with different pieces of such challenging problem. Standing out among them is the EU FP7 project ENERsip, whose main objective is to design, develop, and validate an adaptive service-oriented ICT platform to enable energy efficiency within energy-positive neighborhoods by remotely monitoring, controlling, and coordinating power generation and consumption in response to dynamic conditions. This paper focuses on the methodology, procedures, metrics, and tools to comprehensively evaluate the main benefits, in terms of energy and cost savings, as well as the communications infrastructure performance of such platform.
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全面验证支持未来智能电网能效的ICT平台
在过去的几十年里,欧盟家庭部门的电力消耗稳步增长,使得能源效率在这个范围内成为欧盟委员会和公用事业的一个主要问题。因此,几个欧盟研发项目目前正在进行中,处理这一具有挑战性的问题的不同部分。其中最突出的是欧盟FP7项目ENERsip,其主要目标是设计、开发和验证一个自适应的面向服务的ICT平台,通过远程监测、控制和协调发电和消费来响应动态条件,从而提高能源效率。本文侧重于方法、程序、度量和工具,以全面评估能源和成本节约方面的主要好处,以及这种平台的通信基础设施性能。
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