Advanced Metering Infrastructure를 이용한 Consumer Portal 개발

A Development on Consumer Portal System based on Advanced Metering Infrastructure

  • 발행 : 2007.11.01

초록

As the electric power industry has been revolutionarily transformed such that the distributed energy resources have been interconnected with power systems and a variety of energy service providers have been appeared, the need of Consumer Energy Portal as a core of two-way communication and service infrastructure between power suppliers and consumers has been gradually increased. Consumer Energy Portal can be thought of as a combination of hardware and software enabling two-way communication between energy service providers and equipment within the consumers' premises or a physical and logical link between consumers' in-building networks and wide-area access networks. In other words, Consumer Energy Portal can make the way the power industry has been traditionally operated the web-based way, enabling two-way interactions between energy service providers and consumers and mutual networking between end users' equipment. Thus, Consumer Energy Portal can be a kind of Service portal that provides new value-added services and efficient power operations that in the past. In this paper, for ESPs' integrated resources management, demand side management and value-added service provision, we have established the two-way access network that can gather real-time metering data using ZigBee technology and control physically networked equipment.

키워드

참고문헌

  1. 한국전력공사 전력연구원 '고객서비스 선진화를 위한 검침정보의 실시간,고효율처리 연구' 최종보고서, 2005. 8
  2. Autovation 2006 'SCE AMI Program Update', 2006. 10
  3. AMI Stakeholder Forum 'Advanced Metering Infrastructure Project' 2007. 4
  4. SCE 'Advanced Metering Infrastructure Final Feasibility Report' 2007. 1
  5. CEIDS Steering Committee Meeting December 2003 'Energy Service Portal Development Draft Accessment and Recommendations'
  6. EPRI Techinal Report December 2005 ' IntelliGrid Consumer Portal Telecommunications Asscessment and Specification'
  7. 한국전력공사 전력연구원 'ESP용 고부가서비스 및 통합자원관리시스템 개발' 중간보고서, 2006. 8