COMPREHENSIVE APPROACH TO PROBLEMS SOLVING FOR NETWORK MONITORING OF ONBOARD SYSTEMS AND DEVICES FOR THE ELECTRICAL SUPPLY OF VEHICLES BASED ON FIBER OPTIC TECHNOLOGIES
The characteristics and prospects of development of fiber-optic data-measuring systems, combined in a single board network quality monitoring operation of generating, distributing (transforming) and electricity storage devices, are considered. The general and private problems to build fiber-optic network for monitoring of electrical machines, transformers, batteries formulated. First introduced is the modernized concept of the unified field of complexed fiber optic sensors in the applications of onboard monitoring systems that bases on polyharmonic reflectometry of distributed, quasi-distributed or point sensors. Approaches for implementing the developed concept, including taking into account the need to process complex information obtained based on non-linear effects of Brillouin, Bragg and Fresnel nature. The basic principle of information getting from fiber optic sensors of unified field is based on dual-frequency probing of Mandelstam-Brillouin gain contour, contours of optical fiber Bragg grating with a phase -shift and quasi-Fresnel contour systems on thin film mirrors.