AMI용 혼복합 통신시스템 개발 및 성능 분석

다국어 초록 (Multilingual Abstract)

Existing PLC based AMI is a fixed network, and it have troubles with securing metering success rate in various operating systems with fixed networks. therefore, Flexible network construction technology which can build a network with flexibility is required in order to build a national AMI infrastructure. In this pater, we designed a common communication interface, a common communication protocol, a Push-based metering process, and etc. and made a prototype of hybrid AMI system by combining wire and wireless communication technology in order to construct a single AMI infrastructure. Also, we demonstrated metering success rates with the prototype by building four types of testbeds; urban overhead line, urban underground line, rural, and apartment. On-site demonstration showed the performance of more than 500 household collection capacity per DCU, 500m of metering area, and 96.5% of metering success rate.

목차 (Table of Contents)

• Abstract
• 1. 서론
• 2. 혼복합 통신을 활용한 AMI 시스템
• 3. 통신성능 현장검증
• 4. 결론
• References

참고문헌 (Reference)

1 "Smart grid wireless communication infrastructure and application technology development" MOTIE 2013

2 Korea Smart Grid Association(KSGA), "Smart Grid Technology Trends Report" KSGA 2012

3 C. Pirak, "Recent Advances in Communication Technologies for Smart Grid Application:A Review" 2014

4 ANSI (American National Standards Institute), "Modular Communications Interface for Energy Management"

5 International Organization for Standardization, "ISO/IEC 12139-1"

6 "IEEE 802.15.4g standard"

7 HomePlug Alliance, "HomePlug Green PHY Specification Release Version 1.1.1"

8 ISO(International Organization for Standardization), "Home Electronic System (HES) interfaces"

9 최인지, "Design of Smart Metering Control Protocol based on task_script for Advanced Metering Infrastructure" 2010

10 ValuTech Solution Inc, "Analysis of AMI Deployment Plan, Technology Choice and Client Benefits; Hydro Quebec" 2011

11 Ro-gil Myeong, "AMI Short-range Communication Technology Analysis" 30 (30): 93-100, 2013