综合能源服务——基于ipv6的PLC-IoT技术实现多业务融合传输

Li Ma, Kaiming Liu, Yuquan Zou, Yu Li
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引用次数: 1

摘要

随着信息技术和可再生能源技术的不断发展和电力行业的快速变革,综合能源服务对实现能源效率的提高和能源成本的降低越来越重要。综合能源服务采用电力线通信(PLC)技术,充分利用现有电力线,快速、低成本地部署各种物联网(IoT)终端,用于节能收集、照明控制、空调控制、配电监控等。本文分析了基于IPv6 PLC技术的多业务传输的可行性。探讨了综合能源业务的业务特点和通信网络上各种业务对带宽和可靠性的要求。包括综合能源服务场景下的能耗数据采集、配电监控、智能照明控制、空调控制、电能质量分析、需求响应控制等。通过理论分析和试验验证了该技术方案的可行性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Comprehensive Energy Service - IPv6-based PLC-IoT Technology Enables Converged Multi-Service Transmission
As both information technology and renewable energy technology continue to develop and rapid reforms sweep across the power industry, the comprehensive energy service is increasingly important in realizing improved energy efficiency and reduced energy costs. The comprehensive energy service uses Power Line Communication (PLC) technology to fully utilize existing power lines for fast and low-cost deployment of various Internet of Things (IoT) terminals used for energy efficiency collection, lighting control, air conditioner control, power distribution monitoring, and more. This document analyzes the feasibility of multi-service transmission based on IPv6 PLC technology. It explores the service characteristics of the comprehensive energy service and the bandwidth and reliability requirements of various services on the communication network. Such services include energy consumption data collection, power distribution monitoring, intelligent lighting control, air conditioner control, power quality analysis, and demand response control in the comprehensive energy service scenario. The feasibility of the technical scheme is verified through theoretical analysis and test.
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