Imarike yeModyuli yoMbane yeSitishi sokuTshaja i-EV ngo-2022

Imarike yeModyuli yoMbane yeSitishi sokuTshaja i-EV ngo-2022
Umenzi kunye nomthengisi waseTshayina wemodyuli yetshaja ye-EV kunye nesikhululo sokutshaja se-EV.
I-EV Charger AC ukuya kwi-DC 30KW Power Module
Imodyuli yokutshaja ye-EU eyi-40kw EV Module ye-AC-DC Amandla amakhulu 50-1000V Isiphumo se-285-475VAC Imodyuli yokutshaja ekhawulezayo ye-DC Imodyuli ye-Th40f10028c7 Umgangatho B weKlasi

Imodyuli yokutshaja ye-AC/DC engama-40kW Imodyuli yokutshaja ye-AC/DC eyi-1000V emacala mabini ye-AC2DC Power Converter EV
Imodyuli yetshaja eguquguqukayo, ethembekileyo, nenobuhlobo kwisikhululo sokutshaja se-EV. Imodyuli yamandla okutshaja ye-MXR series EV DC yinxalenye yamandla ephambili kwi-EV Fast Charger kwaye iguqula unikezelo lwe-AC lube yi-DC, oluya kulungele ukuhlanganiswa kwenkqubo ye-CCS, CHAdeMO, GB/T.

I-Stratagem Market Insights isandula ukupapasha ingxelo yeMarike yeModule yoMbane yeSitishi sokuTshaja i-EV. Le ngxelo inika uluhlu olupheleleyo lwemarike oluquka iimeko zobonelelo kunye nemfuno yexesha elizayo, ukutshintsha kweendlela zemarike, amathuba okukhula okuphezulu, kunye nohlalutyo olunzulu lwamathemba exesha elizayo emarike. Ingxelo ixoxa ngohlalutyo lwedatha yokhuphiswano lwabadlali abasakhasayo nabaphambili kwimarike. Ngaphaya koko, inika uhlalutyo olupheleleyo lwedatha kwizinto ezinobungozi, imingeni, kunye neendlela ezintsha ezinokubakho kwimarike.
Imarike yeModule yoMbane yeSitishi soMbane se-EV yehlabathi idibene kakhulu ngenxa yokubakho kwabadlali ababalulekileyo. Inani elikhulu labavelisi linesabelo esikhulu kwimimandla yabo. Amaqhinga okukhula asetyenziswa ngabadlali abaphambili.
Imodyuli yokutshaja amandla ye-DC

Imodyuli yamandla okutshaja ye-EV ye-BIDIRECTIONAL iqhagamshela ibhetri kwigridi ye-AC. Imodyuli yamandla ye-EV ivumela amandla aphezulu okukhupha i-DC angama-22kW kunye ne-voltage yokuphuma ukusuka kwi-150Vdc ukuya kwi-1000Vdc kunye nemodi ye-AC2DC kunye namandla alinganisiweyo angama-22kW kunye ne-current current 33.3A enemodi ye-DC2AC. Imodyuli yokutshaja ye-EV inomsebenzi ogqwesileyo, uxinano lwamandla aphezulu kunye nokuthembeka okuphezulu, ukusebenza kakuhle kunye nomthamo wokwandiswa okubanzi. Imodyuli yamandla ye-EV idlula isiqinisekiso se-TUV CE kunye ne-UL.
Njengenxalenye ephambili yeetshaja ze-EV, imodyuli yamandla ibalulekile ekuzinzeni nasekuthembekeni kwenkqubo yonke yokutshaja. Enyanisweni, izithuthi zombane ezintsha zamandla zihlala zifuna ukutshaja ngokukhawuleza ngamandla aphezulu. Imodyuli yetshaja yaziwa ngokuthembeka okuphezulu, ukusebenza kakuhle kunye nokusetyenziswa ngokubanzi, okwanelisa ngokupheleleyo imfuneko ye-wide-voltage yeepakethe zebhetri ezahlukeneyo, kunciphisa umngcipheko wokhuseleko kunye nokonga kakhulu iindleko zokusebenza kunye nokugcinwa komjikelo wobomi.

Ingxelo yoPhando lweStatistical Market Module Power Station Charging Station ikwazisa uqikelelo oluneenkcukacha olusekelwe kwiipateni zoshishino zangoku kunye neendlela zokuchaza. Iindidi zeMarket Power Module Power Station Charging Station zahlulwe ngokubanzi ngokusekelwe kuhlaziyo oluqhubekayo lweeparameters ezifana nomgangatho, usetyenziso, uphuhliso, isicelo somthengi, ukuthembeka, nokunye. Utshintsho oluncinci kwinto luququzelela uhlengahlengiso olubaluleke kakhulu kwimodeli yento, itekhnoloji yokuvelisa, kunye nesigaba sokuphucula.

Ukwahlulahlulwa kweMarike yeModyuli yoMbane yeSitishi sokuTshaja se-EV ngokweMveliso/iiNkonzo Iintlobo:

Imodyuli yetshaja ye-AC/DC, imodyuli yetshaja ye-DC/DC
Usetyenziso lweMarike yeModyuli yoMbane yeSitishi sokuTshaja se-EV:
Ukutshaja kweNqanaba 1 kunye neNqanaba 2, Ukutshaja kweNqanaba 3
Isiseko sethu esiphambili yi-4-Quadrant Framework enika umfanekiso ocacileyo wezinto ezine:
• Iimephu zamava abathengi
• Ukuqonda kunye nezixhobo ezisekelwe kuphando oluqhutywa yidatha
• Iziphumo ezinokwenzeka ukuhlangabezana nazo zonke izinto eziza kuqala kwezoshishino
• Izicwangciso zobuchule zokuphucula uhambo lokukhula kweModyuli yoMbane yeSitishi sokuTshaja se-EV.
Le module yamandla engama-30kw yimodyuli ye-AC/DC esebenza kakuhle, enobunzima obuphezulu, eyenzelwe ngokukodwa itshaja ye-DC Charging EV yezithuthi zombane. Le mveliso yinkqubo yentsimbi yesigaba sesithathu (isigaba sesithathu + PE) yokufaka, exhasa uluhlu olubanzi lokufaka lwe-285VAC-475VAC; Amandla aphezulu okukhupha yi-30KW (uluhlu lokukhupha amandla oluqhubekayo lwe-250-1000VDC). Imodyuli yokutshaja ye-30KW inxibelelana nokubeka esweni okuphambili kwetshaja ye-EV ngebhasi ye-CAN.