A communication system of the smart grid based on the partial reconfiguration technology was provided dependent on the analysis of the principle and the requirements of the smart grid. The system can dynamically update the smart grid protocol and interface design during normal operating in order to avoid unnecessary outage. While the use of the partial reconfiguration technology reduces the occupation rate of the FPGA resource, increase the flexibility of the system, and decrease the research the design time for the system. Moreover, the general architecture based on the partial reconfiguration technology can be used in various remote control device of the smart grid.
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