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Application-layer performance analysis of PRIME in Smart Metering networks

机译:PRIME在智能电表网络中的应用层性能分析

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This paper assesses the performance of actual PRIME v1.3.6 and PRIME v1.4 systems when used for Smart Metering applications. The analysis is performed at the application level using the DLMS/COSEM stack. Hence, it considers performance indicators that are of practical interest for distribution system operators, such as the availability and the average time needed to read the energy load profile of all the meters. To this end, two test networks with 112 smart meters have been deployed in the laboratory (to ensure the stability of the network). In one of them all the Service Nodes communicate directly with the Base Node, while there exist up to 5 switching levels in the other tested network. First, the PRIME v1.3.6 system is evaluated, stressing the significant performance gain that can be obtained by implementing some MAC layer strategies, which are compatible with the specification but not specifically defined on it. Then, the improvement offered by the PRIME v1.4 system is assessed.
机译:本文评估了用于智能计量应用的实际PRIME v1.3.6和PRIME v1.4系统的性能。使用DLMS / COSEM堆栈在应用程序级别执行分析。因此,它考虑了配电系统运营商实际感兴趣的性能指标,例如读取所有电表的能量负荷曲线所需的可用性和平均时间。为此,实验室中已部署了两个具有112个智能电表的测试网络(以确保网络的稳定性)。在其中一个中,所有服务节点都直接与基础节点通信,而在另一个测试网络中,则存在多达5个交换级别。首先,对PRIME v1.3.6系统进行了评估,强调了通过实现一些MAC层策略可以获得的显着性能提升,这些策略与该规范兼容,但未对其进行专门定义。然后,评估PRIME v1.4系统提供的改进。

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