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首页> 外文期刊>Electric power systems research >Demand-side management by integrating bus communication technologies into smart grids
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Demand-side management by integrating bus communication technologies into smart grids

机译：通过将总线通信技术集成到智能电网中进行需求侧管理

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Renewable Energy Sources (RES) plants still have to operate at their maximum possible output and are therefore independent of electric energy consumption. Thus, coordination between distributed generators, energy storage systems and flexible loads is expected to add a great value to grid operations and facilitate further RES penetration. The increasing penetration of bus communication technologies into buildings and their control possibilities over electric energy consumption may also make valuable contributions to the grid operation. Thus, the control system of the future grid should be compatible to smart buildings and cities. This paper presents a control system of an experimental microgrid which is made compatible to bus communication technologies at the demand-side, by applying a simple technique. The proposed technique does not require additional interface or software tools, as other methods do and therefore is a cost-effective method and can be easily expanded and used for demand-side management in future smart grids. Experimental results prove that bus communication technologies could contribute to the voltage regulation as well as to the application of efficient energy management policies of microgrid-based smart grid topologies. (C) 2016 Elsevier B.V. All rights reserved.
机译：可再生能源（RES）工厂仍然必须以其最大可能的输出功率运行，因此与电能消耗无关。因此，分布式发电机，能量存储系统和灵活负载之间的协调有望为电网运营增加巨大价值，并促进RES的进一步普及。总线通信技术越来越多地渗透到建筑物中，以及它们对电能消耗的控制可能性，也可能为电网运行做出宝贵贡献。因此，未来电网的控制系统应与智能建筑和城市兼容。本文介绍了一种实验性微电网的控制系统，该系统通过应用简单的技术与需求方的总线通信技术兼容。所提出的技术不需要像其他方法那样需要额外的界面或软件工具，因此是一种经济高效的方法，可以轻松扩展并用于未来智能电网的需求侧管理。实验结果证明，总线通信技术可有助于基于微电网的智能电网拓扑结构的电压调节以及有效的能源管理策略的应用。 （C）2016 Elsevier B.V.保留所有权利。

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