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首页> 外文期刊>IEEE Power & Energy Magazine >Form Follows Function: Designing Smart Grid Communication Systems Using a Framework Approach
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Form Follows Function: Designing Smart Grid Communication Systems Using a Framework Approach

机译：表格遵循功能：使用框架方法设计智能电网通信系统

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摘要

In the traditional electricity grid, there are four major components: power generation, power transmission, power distribution, and grid operation. Power generation usually consists of numerous types of generation plants, such as fossil-fuel power plants and nuclear power plants. The generated electricity is fed into the transmission network, which primarily consists of high-voltage (HV) or extra-high-voltage (EHV) transmission lines and transmission substations and delivers power over long distances. When the electricity arrives at locations in close proximity to utility customers, it is handed over to the distribution subsystem and then dispatched to the customers. Power operation monitors and controls the flow of electricity and all grid components and is essential to the proper functioning and efficiency of the grid.
机译：在传统的电网中，有四个主要组成部分：发电，输电，配电和电网运行。发电通常包括多种类型的发电厂，例如化石燃料发电厂和核发电厂。所产生的电能被馈入输电网络，该输电网络主要由高压（HV）或超高压（EHV）输电线路和输电变电站组成，并在远距离传输电力。当电力到达公用事业客户附近的位置时，它将被移交给配电子系统，然后再分配给客户。电力运行监视和控制电力和所有电网组件的流量，对于电网的正常运行和效率至关重要。

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