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As part of Smart Distribution Grid, Distribution Automation System makes new requirements on remote control for power system. The emerging Cyber-Physical System provides a revolutionary solution for Smart Distribution Grid. This paper proposes automatics fault-tolerance reconfiguration architecture for Distribution Automation System based on information modeling and gives a macrostructure on the basis of cyber-physical computing to facilitate new computing paradigms in Bulk Power System, and this desire is aiming to give suggestion on the issues of Distribution Automation System fault recovery. We analysis the feasibility of the model in theory and test it in a case study.