690v 30kvar 50kvar 75kvar 100kvar 150kvar Iminyaka emi-2 Isiqinisekiso soMgangatho wokuSebenza okuPhezulu kweVar Generator

1. Uyilo lwemodyuli, nayiphi na imodyuli engaphumeleli ayiyi kuchaphazela ukusebenza okuqhelekileyo kwezinye iimodyuli, ukuphucula kakhulu ukuthembeka kwezixhobo zonke;inokufezekisa ukwandiswa okugudileyo kokusebenza ngokuhambelana ngokuthe ngqo.Imowudi yolawulo lwekhoboka isetyenziswa xa iiyunithi ezininzi zandiswa;xa iimodyuli ezininzi zixhunyiwe ngokufanayo, zonke iimodyuli zingabelana ngesethi yabaguquli bangoku.
2. Iindlela ezingaqhelekanga ze-harmonic currents ze-2 ukuya ku-50 amaxesha okanye ngaphantsi ziyakwazi ukuhluzwa ngexesha elifanayo, kwaye i-harmonics yeentlobo ze-13 zokucoca zingasetwa njengoko kufuneka. hayi ngaphantsi kwama-85%;xa izinga lokuphazamiseka kwangoku lomthwalo <20%, lingekho ngaphantsi kwe-75%;imbuyekezo yamandla asebenzayo inokwenza into yamandla ifikelele kwi-1;ukungalingani kwangoku kwesigaba sesithathu kunokulungiswa ukugqiba ibhalansi;
3. Sebenzisa i-IGBT yesizukulwana sesihlanu se-brand eyaziwayo kumazwe ngamazwe, inokulungelelanisa ngokuzenzekelayo imveliso ngokwe-harmonic current yomthwalo, kunye ne-dynamically filter;
4. Sebenzisa i-American Xilinx yomkhosi we-FPGA yolawulo lwe-chip, enesantya esihamba ngokukhawuleza kunye nokuthembeka okuphezulu;
5. Ngoyilo olucwangcisiweyo, uthuli kunye nemvula aziyi kubambelela kwibhodi yesiphaluka, ukulungelelanisa ukusetyenziswa phantsi kweemeko ezinzima;
6. Ukucoca, ukuhlawulela amandla asebenzayo, ukuhlawulela ukungalingani kwesigaba esithathu kunokukhethwa-nye okanye kukhethwe ngeendlela ezininzi, kwaye kunokubeka phambili imisebenzi ephambili;
7. Sebenzisa i-algorithm yokufumanisa i-DFT ephindaphindiweyo yefestile ye-sliding, isantya sokubala ngokukhawuleza, ixesha lokuphendula elidlulayo lingaphantsi kwe-0.1ms, kwaye ixesha elipheleleyo lokuphendula lembuyekezo yesixhobo lingaphantsi kwe-20ms;