Losses optimization in transients with series excitation motor (SEM) control just by control, at that controlled value is input voltage of SEM, is considered in this paper. Algorithm of optimal control of SEM, that allows to define SEM control optimality in relation of production by method of dynamic programming with eliminations of current and voltage, is suggested. It is defined, that optimal control in SEM transients in relation of production is same as optimal control with energy losses minimu
Abstract: Industrial and non-industrial processes such as production plans, robots, pumps, compresso...
An optimal control system for the compensation of the reactive power in an energetic consumer assemb...
The paper presents a mathematical description of a permanent magnet synchronous moto including losse...
Losses optimization in transients with series excitation motor (SEM) control just by control, at tha...
An energy efficient and transients optimal control for Interior Permanent Magnet Synchronous Motors ...
The paper presents a method for solving the problem of the simultaneous time and electric energy los...
A method is presented for finding the closed-loop time optimal excitation control for a power system...
Synchronous machines provide a practical way to control reactive power consumption of a plant. One o...
The controllable electrical loss which consists of the copper loss and iron loss can be minimized by...
A model of a series HEV (Hybrid Electric Vehicle) including resistive losses in the energy storage a...
A dual-motor coupling-propulsion electric bus (DMCPEB) is modeled, and its optimal control strategy ...
This paper presents a modified optimal controller for an interconnected power system. The design met...
The interconnection between optimal control theory and the theory of energy-shaping control is descr...
Purpose. Development of a method for the synthesis of power supply voltage regulator for energy-savi...
Hybrid excitation synchronous motor (HESM) offers the advantages of a convenient flux regulation and...
Abstract: Industrial and non-industrial processes such as production plans, robots, pumps, compresso...
An optimal control system for the compensation of the reactive power in an energetic consumer assemb...
The paper presents a mathematical description of a permanent magnet synchronous moto including losse...
Losses optimization in transients with series excitation motor (SEM) control just by control, at tha...
An energy efficient and transients optimal control for Interior Permanent Magnet Synchronous Motors ...
The paper presents a method for solving the problem of the simultaneous time and electric energy los...
A method is presented for finding the closed-loop time optimal excitation control for a power system...
Synchronous machines provide a practical way to control reactive power consumption of a plant. One o...
The controllable electrical loss which consists of the copper loss and iron loss can be minimized by...
A model of a series HEV (Hybrid Electric Vehicle) including resistive losses in the energy storage a...
A dual-motor coupling-propulsion electric bus (DMCPEB) is modeled, and its optimal control strategy ...
This paper presents a modified optimal controller for an interconnected power system. The design met...
The interconnection between optimal control theory and the theory of energy-shaping control is descr...
Purpose. Development of a method for the synthesis of power supply voltage regulator for energy-savi...
Hybrid excitation synchronous motor (HESM) offers the advantages of a convenient flux regulation and...
Abstract: Industrial and non-industrial processes such as production plans, robots, pumps, compresso...
An optimal control system for the compensation of the reactive power in an energetic consumer assemb...
The paper presents a mathematical description of a permanent magnet synchronous moto including losse...