Fotoenergetikada nanostrukturali yarimo‘tkazgich materiallar II xalqaro ilmiy anjumani

Fotoenergetikada nanostrukturali yarimo‘tkazgich materiallar

II xalqaro ilmiy anjumani 
 
19-20 noyabr 2021 yil 
84 
reduced. At the same time, the specific power consumption per unit of output 
increases. 
In order to reduce inrush currents of asynchronous motors and increase 
energy efficiency of automated electric drive operation in steady-state modes of 
operation at relatively low load of mechanisms, it is necessary to optimize energy 
parameters, according to various optimality criteria (minimum stator current, 
maximum efficiency and power factor). 
The use of thyristor frequency converter on the basis of high-frequency 
integral-hybrid inverter during implementation of the automated electric drive also 
allows increasing functional capabilities of the system, both in static and dynamic 
modes of operation. The application of microprocessor control system provides, 
while maintaining the constancy of the structure of the automated electric drive, to 
implement the selected criterion of optimality of energy parameters of the system, 
to ensure smooth start-up and effective protection against emergency modes of 
operation.
Proceeding from the aforesaid it is possible to ascertain, that development 
and creation of power saving technology providing qualitative work of solar 
batteries with high power indicators on the basis of modern semiconductor 
technique, taking into account their industrial features, is one of actual problems, 
and development, research and creation of power saving technologies of new 
generation which most meet modern requirements from the point of view of power 
engineering is an actual research object. 
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