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А.С. Коноплев, А.П. Смахтин
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Инженерный журнал: наука и инновации
# 8·2016
Physical foundations of selecting types and parameters
for subsystems of laser wireless power transmission
system in space
©
A.S. Konoplev, A.P. Smakhtin
Moscow Aviation Institute (National Research University), Moscow, 125993, Russia
Conception of wireless power transmission (WPT) by using focused electromagnetic
beams opens principle new possibilities in terrestrial and space power engineering. One
of the most promising options of wireless power engineering is the creation of laser WPT
systems for solving a variety of space power engineering problems. Effective reception
and conversion of laser radiation into electric power needs the use of standard semicon-
ductor photovoltaic (PV) convertors, operating parameters of which correlate to the la-
ser operating parameters. The article analyzes the impact of the various types and pa-
rameters of laser transmitting and receiver subsystems into the efficiency of wireless
power transmission (WPT) systems as whole.
Keywords:
wireless power transmission, receiver-convertor, laser radiation, electric
power, photovoltaic convertor, efficiency.
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