Automation and ultrasonic control of the process of electric power delivery via the intelligent laser channel to the dynamic Electromechanical Converter

Terentiev Vladislav Evgenievich

Automation and control of the process of electricity delivery through the optical channel from a powerful laser source to dynamic Electromechanical converters of transport facilities serves as an actual direction of alternative electric power industry. There are known intellectual analogies in the functioning of multimode lasers and complex biological systems. The phenomenon of self-regulation is observed in dynamic Electromechanical converters. In the present work, the problems of automation and ultrasonic control of the process of electric power delivery to a dynamic Electromechanical transducer through an intelligent laser channel, when a multimode laser is used in the self-regulation mode, are theoretically and experimentally studied. It is shown that under the influence of ultrasonic waves in the q-factor modulator on the radiation field inside the resonator, the multimode laser exhibits the property of self-regulation, the ability to independently, automatically move from one stable state of generation to another in response to weak ultrasonic action. Self-regulation of the laser attaches to the optical channel of intellectual properties, promotes increase of efficiency of management of process of delivery of electricity through the laser channel dynamic Electromechanical converters.

Keywords:automation, ultrasonic control, intelligent laser channel, electricity, energy efficiency, dynamic transport Electromechanical Converter