For the field area communication network in transmission and distribution power grids

micro-power wireless technology has to solve the adaptive problem of long-distance transmission while supporting the time synchronization requirements of information processing. The building of a field area network using micro-power wireless transmission technology based on IEEE 802.11g is discussed

focusing on theoretical communication throughput

latency analysis in peer-to-peer networking topology

followed by MATLAB simulation and experiment of the long-distance communication. Based on the data obtained and IEEE 2030

the adaptability of micro-power wireless communication technology in field area network is put forward.For the traffic synchronization demands of electric power information in the power system

an improved synchronization method for transmission and distribution power grids in deployed micro-power wireless technology is proposed

followed by performance analysis and simulation of the proposed synchronization algorithm.