Abstract
The wireless communication for rotating electrical machines is beneficial for diagnosis purposes as well as real-time monitoring. The electromagnetic waves propagation characteristics inside electrical machine is rather delicate. So it will be interesting to find a dynamic tool adapted to our problem. The idea is to validate these propagation concepts with real signatures. The tool must then analyze the signatures of the received signal strength indication. These experiments have shown that the antenna rotation is a disturbance-causing factor of the signal transmission. Thus, in this paper, our aim is to analyze the electromagnetic wave propagation characteristics in rotating environments in order to obtain the optimum parameters and providing a strong theoretical support for radio monitoring system performance improvement. Therefore, our work will process the important parameter which is the path loss variation in rotating environments.
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