Abstract
A variant of a combined method for monitoring power supply systems, taking into account joint work with wind generators, is considered. One of the factors affecting the reliability of the combined power supply system is the risk of icing of the elements of the combined power supply system. The article substantiates the relevance of research and development of a system for monitoring and predicting the onset of icing for structural elements of high-voltage overhead power lines with a voltage of 500 kV and above. Three options for implementing a system for monitoring and predicting the onset of icing are considered. The structure of the hardware part of the local system, structurally located in the upper part of the support, is proposed. An algorithm for transmitting information using combined communication channels from towers to a control room is described. A variant of the implementation of the system for monitoring and predicting the onset of icing according to the parameters of temperature and humidity of the environment is considered. An algorithm for the local subsystem controller software has been developed.
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