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Energy Internet -- Towards Smart Grid 2.0

机译:能源互联网-迈向智能电网2.0

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Price rising of energy and the limitation of fossil fuel makes it an inevitable tendency to introduce distributed energy such as renewable energy to the existing supply system in the future. Different players, such as power generation, transmission, and distribution, along with the value chain must now cooperate and interact with each other by shared interfaces or eventually a customized network for secure and reliable delivery of energy. While smart grids are focusing on the informationization and intellectualization of the existing power grid, the new concept of an energy internet is proposed as an internet-style solution for energy issues by integrating information and power flows bi-directionally, which can be considered as the version 2.0 of smart grids. Some key features of an energy internet compared with conventional energy grid such as openness and peer-to-peer are introduced. Architecture of an energy internet is proposed in details, including energy storage, switches and routers. The definition of an energy internet call for a much greater degree of interactive flexibility for efficient energy management than the present system is designed to handle.
机译:能源价格上涨和化石燃料的局限性使得将来将可再生能源等分布式能源引入现有供应系统成为必然趋势。现在,诸如发电,输电和配电之类的不同参与者以及价值链现在必须通过共享接口或最终通过定制网络来安全可靠地传递能量,从而相互合作和互动。当智能电网专注于现有电网的信息化和智能化时,能源双向互联网的新概念被提出,它是一种通过双向集成信息和潮流来解决能源问题的互联网式解决方案,可以认为是智能电网2.0版。介绍了能源互联网与传统能源网格相比的一些关键特征,例如开放性和对等网络。详细提出了能源互联网的架构,包括能源存储,交换机和路由器。能源互联网的定义要求为实现有效的能源管理提供更大程度的交互灵活性,而不是本系统要处理的。

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