| | uqpxrpu| tty t| yp~y . Sp{z pp{u rxpy}rxy pp}ur , uty~u~~}y |utrpu|~ t| pq u~yrpu ru , rxp~~u |yy}y y pz rpu~y , us|y }~ y~p|~p {q {y (SVC) . Py}u~u~yu p~-us|yu} |u{yrtr . O~ quuyrpu qu}~ y r }psyp|y , |u~~ qus y | r|~ ~p~u pp{uyy{y y p~tp~} yp~yy 220/380 B z u}u tyt uq q|uu ~ptuw~u us|yrp~yu p : ~u xp u y}u~u~y ~u urp ~}y~p|~ . O r~utu~y us|yu} }t| ~pt ru q|uu ~s pr|u~y . K~{y p~s uqpxrpu| . K|y y~rup {}}yu ~p ut~y ~pwu~y y p}rxqwtu~yu} I~ru us|yu}} y rtp r ru q|p yrt~z u~y{y ru pu uqu ttuwp~yu ~~z pr|uz ~pwu~y . D| pq u~yrpu ru ~}y~p|~z pu rpu~y tryspu| , ~pu~~z y }u~u~yy p {y xu~y u}u~y{y r tp|~uzu} , ~uqty} {}}y . ) , SGCT , {u r sr uqpxrpu| ~|urz , r xppt~ p~p . Rru}u~~u utu|u~yu |u{yrtp . K~ qp~z rxy) y pr~yu|~ tsy . Np r} pu u{yrp~y rqypu ~p~z psusp ~|urz , xpyu pp}u , yx}u~u~yu {y rpu~y , r{pu}u r yu}u rx~y{pu sytpr|yu{yz tp {p|~} pr|u~yu} ~uutru~~z rx . ) . O~p ~pty }y{u , yx}u~ sytpr|yu{u yr|u~yu y p}|yt tprpu}s ~p p~u . Sp{y} qpx} , ru} }uwt { rx}w~ y~uxyrp rt~u ~pwu~yu , |pu}z r uqpxrpu|u xptp~~z }|u ~u~y ~pwu~yu u~|syu{z yu} @RT SP yxrtrp . Euru~~ , pqpus r ~ru upx~u (}|u~~u) ~pwu~yu {p{}-|yq u~yu{} pp}u (~py}u , rx}w~ y~uxyrp rt~u ~pwu~yu . Bq pu{yy pxs~p-}wu~y y pr|u~y {u|u~yu} (Flux Current Control - |u{}up~yu{p yu}p pr|u~y yrt} y{r} { . Sp{wu xpp y}uu rus |y yx}u~u~yu} |pty y}|p |r|~ . K}u s , ~ywu~y KPD , typpx~ |pr~z p~r{y y r ~p|yyy r{s {rs }}u~p y~uyy ...@u}~ p~ uqpxrpu|uz
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