Imodyuli yokutshaja ye-30kW 40kW AC/DC Imodyuli yamandla yetshaja ye-EV

Imodyuli yetshaja ye-EV - Ifektri yaseTshayina, Ababoneleli, Abavelisi
Ziziphi iimpawu zemodyuli yokutshaja kwinkqubo yokutshaja ye-Emergency EV?
Iimoto zombane zifuna ukutshaja ngokukhawuleza ngamandla aphezulu, kwaye imodyuli yokutshaja ye-DC, njengeyona nto iphambili kwitshaja, sisitshixo sozinzo nokuthembeka kwenkqubo yokutshaja ye-EV yeselula engxamisekileyo. Ngoku mandikwazise ngeempawu zayo.

Ukhuseleko
Ekubeni ezi zixhobo ziza kusetyenziswa rhoqo luluntu unyaka nonyaka, izixhobo zakho zokutshaja ze-EV kufuneka zihlale zikhuselekile ngokunciphisa umngcipheko wokutshajwa ngumbane okanye ezinye iingozi.

Ukusebenza kakuhle
Ukuguqulwa kwamandla yeyona nto iphambili kwiinkqubo zokutshaja ngokukhawuleza ze-DC. Ukunciphisa ilahleko ekuguqulweni kwamandla kuqinisekisa ukuba amandla asetyenziswa ngokupheleleyo ukutshaja ibhetri yesithuthi.

Ukuthembeka
Emva kokufakela, kufuneka uqinisekise ukuba izixhobo zakho zokutshaja ze-EV ziya kusebenza ngokufanelekileyo iminyaka eli-10 nangaphezulu, nokuba phantsi kweemeko ezinzima kakhulu, ukuqinisekisa imbuyekezo ephezulu kutyalo-mali.

Iimpawu zemveliso
Imodyuli enesandi esipheleleyo, imigaqo yoyilo yokutshintsha okuthambileyo kabini, ukusebenza kakuhle ≥ 96%;
Imodyuli enoyilo olupheleleyo lokwahlukanisa. Inxalenye yolawulo lwemodyuli yahlulwe ngokupheleleyo ngegalelo kunye nesiphumo sesekethe ephambili. Xa ezinye izinto zangaphandle ziya kuvelisa i-voltage ephezulu yegalelo lemodyuli okanye inxalenye yesiphumo, isekethe yolawulo lwemodyuli yangaphakathi ayiyi konakala;
I-PCB ene-epoxy coating mayingangeni manzi kwaye ingangeni uthuli;
Uyilo oluninzi lokukhusela i-anti-reverse-current ukuthintela ukungena kweziganeko ezahlukeneyo ze-fault current;
Igalelo lisebenzisa i-three-phase four-wire, i-three-phase equilibrium;
Imodyuli ye-SCM eyakhiwe yi-CAN \ RS485 port communication. Inkqubo yokubeka esweni inokubeka esweni imodyuli kunye nemeko yokusebenza;
Ngomboniso we-LCD, i-voltage yokukhupha imodyuli yokubonisa ngexesha langempela, umbane wangoku, ukusebenza okulula kunye nokubeka esweni;
Isilawuli, umsebenzi wokunciphisa umbane. Ingatshajwa amaqela ebhetri kwaye ithwale umthwalo ngevolthi emiselweyo kunye nombane. Xa umbane ophumayo ungaphezulu komda wangoku, imodyuli isebenza ngokuzenzekelayo ekusebenzeni kokuhamba okuzinzileyo; xa umbane ophumayo ungaphantsi komda wangoku, isebenza kwimeko yomlawuli wevolthi;
I-voltage ephumayo kunye nommiselo wangoku. Ingalungisa i-voltage ephumayo kunye nomda ophezulu wangoku ngokujonga imvelaphi;
Sebenza ngaxeshanye. Imodyuli efanayo yomzekelo ingasebenza ngaxeshanye kwaye yabelane nge-current. Ukuba imodyuli enye ayiphumelelanga, ayizukuchaphazela yonke inkqubo;
I-Hot-swap. Ungayixhuma nayiphi na imodyuli ukuze ukwazi ukufikelela kuyo okanye uyisuse kwinkqubo ngaphandle kokuchaphazela ukusebenza kwesiqhelo;
I-LCD ibonisa iiparameter zemodyuli, kunye neSikhombisi seSimo;
Ukhuseleko kunye ne-alamu: igalelo, i-short-circuit, ubushushu obungaphezulu, i-voltage engaphezulu, kunye ne-alamu ebonisa.
Igrafu yokusebenza kakuhle kwe-SET-QM
Imodyuli yokutshaja efakwe kwinkqubo yokutshaja ye-Emergency mobile EV isebenza kakuhle kakhulu kwaye ihlolwe kakhulu ngumthengi.
Iimodyuli zokutshaja ngokukhawuleza ze-DC zithembekile kakhulu, ziyafumaneka kakhulu, zigcinwa kakuhle kwaye zinokuhlangabezana neemfuno ze-voltage zeepakethi zebhetri ezahlukeneyo. Ukuba ufuna ukwazi ulwazi oluthe kratya, nceda unxibelelane nathi ngoku.

I-40kW EV Charger Module ineengenelo ezibalulekileyo kumashishini amabini amakhulu obushushu obuphezulu kakhulu bomthwalo opheleleyo kunye nobubanzi bamandla obungaguqukiyo obuphezulu kakhulu. Kwangaxeshanye, ukuthembeka okuphezulu, ukusebenza kakuhle, amandla aphezulu, uxinano lwamandla aphezulu, ububanzi bevolthi yokukhupha, ingxolo ephantsi, ukusetyenziswa kwamandla okulindileyo okuphantsi kunye nokusebenza kakuhle kwe-EMC nazo zezona mpawu ziphambili zemodyuli.