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Reliability and management of isolated smart-grid with dual mode in remote places: Application in the scope of great energetic needs

机译:偏远地区双模式隔离式智能电网的可靠性和管理:在充满活力的需求范围内的应用

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Energy needs increases day by day in those areas of the world where the electrical distribution lines are not available. This situation limits the industrial and economic development of these areas as well as the establishment of the population, so that it facilitates the exodus and the uprooting of people. At the moment the electrical energy supply in remote areas is based on solutions with generator sets, consuming great amounts of fuel with a great environmental damage. The technological development of renewable energies and the new concepts for their management, make possible proposing off-grid generation solutions for providing great amount of energy with high quality and reliability. Along this paper, a smart-grid configuration is proposed which is developed with products of proved reliability and which uses renewable energies as main generation source. This configuration allows having "standard" grid services anywhere, without the need of connection to the traditional grid. Environmental, economic and operation benefits of using these technologies against traditional solutions are also presented in this paper. This proposed solution allows the economical development and exploitation of areas where due to the lack of energy or to the energy cost it has not been possible until now. (C) 2015 Elsevier Ltd. All rights reserved.
机译:在世界上没有配电线的那些地区,能源需求每天都在增加。这种情况限制了这些地区的工业和经济发展以及人口的建立,从而促进了人们的外流和流离失所。目前,偏远地区的电能供应基于发电机组的解决方案,消耗了大量燃料,对环境造成了严重破坏。可再生能源的技术发展以及其管理的新概念,使得提出离网发电解决方案成为可能,以提供高质量和高可靠性的大量能源。沿着本文,提出了一种智能电网配置,该智能电网配置是使用经过验证的可靠性产品开发的,并使用可再生能源作为主要发电来源。这种配置允许在任何地方都具有“标准”网格服务,而无需连接到传统网格。本文还介绍了将这些技术用于传统解决方案的环境,经济和运营优势。所提出的解决方案允许经济发展和开发由于缺乏能源或能源成本而迄今为止不可能实现的地区。 (C)2015 Elsevier Ltd.保留所有权利。

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