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TD-LTE power private wireless network develops rapidly in recent years for the communication of distribution and sale of electricity in smart grid. The mainstream technologies of TD-LTE power private wireless network are 1.8GHz TD-LTE power private wireless network and 230MHz TD-LTE power private wireless network. These two kinds of wireless technologies are now separately constructing network in different power supply area, which will cause Co-Channel interference in the adjacent cells and signal blind zones. This paper present an interlacing networking model for TD-LTE power private wireless network in multiple frequency bands, this model can reduce the Co-Channel interference in the overlap area of the base stations and promote continuous coverage performance of TD-LTE power private wireless network

An interlacing networking model for TD-LTE power private wireless network in multiple frequency bands