现场的PRIME互操作性测试和结果

Aitor Aruzuaga, I. Berganza, A. Sendin, Manu Sharma, B. Varadarajan
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引用次数: 46

摘要

PRIME(电力线智能计量演进)是即将到来的重要电力线通信技术之一,旨在用于智能计量应用。PRIME PHY / MAC规范是公开的,由PRIME联盟开发,该联盟是一个行业联盟,包括公用事业,仪表供应商和半导体供应商。PRIME在CENELEC A频段(9 - 95 kHz)采用OFDM调制,PHY层的数据速率从21 kbps到128 kbps。PRIME MAC针对树形拓扑网络进行了优化,并具有新颖的节点发现和网络构建过程。PRIME在网络层融合了IPv4和IEC 61334-4-32,并正在向支持IPv6的方向发展。在本文中,我们介绍了PRIME联盟,并回顾了PRIME PHY和MAC的技术细节。我们回顾了PRIME联盟定义的认证和互操作性测试,以确保多供应商解决方案的开放性和面向未来的技术性能。我们展示了小规模PRIME现场部署的一些初步结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PRIME Interoperability Tests and Results from Field
PRIME (PoweRline Intelligent Metering Evolution) is one of the prominent upcoming powerline communication technologies, targeted for use in smart metering applications. The PRIME PHY / MAC specifications are open, publicly available and are developed by the PRIME Alliance, an industry consortium that includes utilities, meter vendors and semiconductor suppliers. PRIME employs OFDM modulation in the CENELEC A band (9 - 95 kHz), and achieves data rates from 21 kbps to 128 kbps at the PHY layer. The PRIME MAC is optimized for tree- topology networks, and features a novel node discovery and network building process. PRIME converges to IPv4 and IEC 61334-4-32 at the network layer, and is evolving to support IPv6. In this paper, we describe the PRIME Alliance, and review technical details of the PRIME PHY and MAC. We review the certification and interoperability tests defined by the PRIME Alliance, to ensure openness and future-proof technical performance with multi-vendor solutions. We present some initial results from small-scale PRIME field deployments.
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