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CLASSIFICATION OF ENERGY MANAGEMENT SYSTEMS FOR RENEWABLE ENERGY HYBRID SYSTEMS

机译：可再生能源混合系统的能源管理系统分类

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This paper presents a classification of energy management systems (EMS), in order to work outdifferentiated realization possibilities with detailed characteristics for further discussions and development strategies.A short overview of the state of the art is used to point out the pro and cons of methods used for control andmanagement systems, especially for PV energy supply systems [1, 3, 4] with a high portion of renewable energyconverter. This comparison allows working out the essential characteristics with a focus on their capabilities for ausage in renewable PV energy hybrid systems, especially with respect to the stochastical behaviour of some converteras well as consumer load. Basing on this, the authors present a worked out proposal for a generalized formulation ofthe structure of such energy management systems, followed by detailed explanations and discussions. This structurecould be a helpful tool for future developments and perhaps give the chance for common discussion standards. Thebasic structure of the presented EMS consists of three important modules, the forecast-module, the optimizationmoduleand the demand-side management-module, which are also classified in detail.
机译：本文提出了能源管理系统（EMS）的分类，以制定出 具有详细特征的差异化实现可能性，以用于进一步的讨论和开发策略。 简要概述了现有技术，以指出用于控制和控制的方法的优缺点。 管理系统，特别是用于可再生能源比例很高的光伏能源供应系统[1、3、4] 转换器。这种比较可以确定基本特征，并着重于它们的功能。 在可再生光伏能源混合系统中的用途，特别是在某些转换器的随机行为方面 以及消费者的负担。在此基础上，作者提出了关于 此类能源管理系统的结构，然后进行详细的说明和讨论。这种结构 可能是未来发展的有用工具，也可能为共同的讨论标准提供机会。这 所提出的EMS的基本结构由三个重要模块组成，即预测模块，优化模块 以及需求方管理模块，也进行了详细分类。

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