Smart Grids are characterized by the application of information communication technology(ICT)to solve electrical energy challenges.Electric power networks span large geographical areas,thus a necessary component of ma...Smart Grids are characterized by the application of information communication technology(ICT)to solve electrical energy challenges.Electric power networks span large geographical areas,thus a necessary component of many Smart Grid applications is a wide area network(WAN).For the Smart Grid to be successful,utilities must be confident that the communications infrastructure is secure.This paper describes how a WAN can be deployed using WiMAX radio technology to provide high bandwidth communications to areas not commonly served by utility communications,such as generators embedded in the distribution network.A planning exercise is described,using Northern Ireland as a case study.The suitability of the technology for real-time applications is assessed using experimentally obtained latency data.展开更多
基金This work was supported by the EPSRC/NFSC co-funded Intelligent Grid Interfaced Vehicle Eco-charging(iGIVE)Project(EP/L001063/1).
文摘Smart Grids are characterized by the application of information communication technology(ICT)to solve electrical energy challenges.Electric power networks span large geographical areas,thus a necessary component of many Smart Grid applications is a wide area network(WAN).For the Smart Grid to be successful,utilities must be confident that the communications infrastructure is secure.This paper describes how a WAN can be deployed using WiMAX radio technology to provide high bandwidth communications to areas not commonly served by utility communications,such as generators embedded in the distribution network.A planning exercise is described,using Northern Ireland as a case study.The suitability of the technology for real-time applications is assessed using experimentally obtained latency data.
