IMarike yeModyuli yaMandla yokuTshaja ye-EV ngo-2022

IMarike yeModyuli yaMandla yokuTshaja ye-EV ngo-2022
Umenzi waseTshayina kunye nomthengisi wemodyuli ye-EV yeshaja kunye nesikhululo sokutshaja se-EV.
EV Itshaja AC ukuya DC 30KW Power Modyuli
EU Standard 40kw EV Imodyuli yokuTshaja AC-DC Imodyuli yaMandla amakhulu 50-1000V Imveliso 285-475VAC Igalelo leModyuli yokuTshaja eKhawulezayo ye-DC Th40f10028c7 Udidi B oMgangatho

Imodyuli yokutshaja eyi-40kW AC/DC 1000V I-Bidirectional AC2DC Power Converter EV Imodyuli yokutshaja
Imodyuli yokutshaja ethambileyo, ethembekileyo, ye-EV yokutshaja. MXR series EV DC ukutshaja imodyuli amandla ingundoqo inxalenye EV Fast Itshaja kwaye iguqula AC unikezelo DC, nto leyo eya kuba ilungele CCS, CHAdeMO, GB/T inkqubo ukuhlanganiswa.

I-Stratagem Market Insights isanda kupapasha ingxelo yeMarike yeModyuli yokuTjaja i-EV. Le ngxelo ibonelela ngomda jikelele wemarike obandakanya unikezelo lwexesha elizayo kunye neemeko zemfuno, ukutshintsha iindlela zemarike, amathuba okukhula okuphezulu, kunye nohlalutyo olunzulu lwamathemba ekamva lemarike. Ingxelo ixoxa ngohlalutyo lwedatha olukhuphisanayo lwabadlali abasakhulayo nabahamba phambili kwiimarike. Ngapha koko, ibonelela ngohlalutyo olubanzi lwedatha malunga nemiba yomngcipheko, imingeni, kunye neendlela ezintsha ezinokwenzeka kwintengiso.
Imarike yeModyuli yeModyuli yokuTjaja ye-EV yehlabathi jikelele idityaniswe kakhulu ngenxa yobukho babadlali abaphambili. Inani elikhulu labavelisi banesabelo esikhulu kwimimandla yabo. Amaqhinga okukhula amkelwe ngabadlali abaphambili.
Imodyuli yokutshaja amandla eDC

I-BIDIRECTIONAL EV yokutshaja imodyuli yamandla edibanisa ibhetri kwigridi ye-AC. Imodyuli yamandla e-EV inika amandla amandla aphezulu emveliso ye-DC ye-22kW kunye nombane ophumayo ukusuka kwi-150Vdc ukuya kwi-1000Vdc enemo ye-AC2DC kunye namandla alinganisiweyo angama-22kW kunye ne-33.3A yangoku kunye nemodi ye-DC2AC. Imodyuli yokutshaja ye-EV ibonakalisa ukusebenza okugqwesileyo, ukuxinana kwamandla aphezulu kunye nokuthembeka okuphezulu, ukusebenza kakuhle okuphezulu kunye nokwanda komthamo obanzi. Imodyuli yamandla e-EV idlula i-TUV CE kunye nesatifikethi se-UL.
Njengenxalenye ephambili yeetshaja ze-EV, imodyuli yamandla ingundoqo kuzinzo kunye nokuthembeka kwayo yonke inkqubo yokutshaja. Ngokwenyani, iimoto zombane zamandla amatsha zikholisa ukuba nemfuno engxamisekileyo yokutshaja okunamandla aphezulu. Imodyuli yetshaja iyaziwa ngokuthembeka okuphezulu, ukusebenza kakuhle kunye nesicelo esibanzi, esanelisa ngokugqibeleleyo imfuno ebanzi-voltage yeepakethi zebhetri ezahlukeneyo, inciphisa ingozi yokhuseleko enokwenzeka kunye nokugcina kakhulu iindleko zokusebenza kunye nokugcinwa kweendleko zomjikelo wobomi.

ISikhululo sokuTshaja se-EV yeModyuli yoPhando lweNgxelo yoPhando lweMakethi ngokunjalo yazisa uqikelelo oluneenkcukacha lwegeyiji esekwe kwiipateni zangoku zoshishino kunye nobuchule obuchazayo. Iindidi zeMarike yeModyuli yokuTshaja ye-EV yahlulahlulwe ngokubanzi ngokusekelwe kuhlaziyo oluqhubekayo lweeparamitha ezinjengomgangatho, usetyenziso, uphuhliso, isicelo somthengi, ukuthembeka, nokunye. Utshintsho oluncinci kwinto luququzelela olona hlengahlengiso lubalulekileyo kwimodeli yento, itekhnoloji yokuvelisa, kunye nesigaba sokucokisa.

ISikhululo sokuTjaja se-EV yeModyuli yaMandla yoLwahlulo lweMarike ngeMveliso/iiNdidi zeeNkonzo:

Imodyuli yeTshaja ye-AC/DC, iModyuli yeTshaja yeDC/DC
Usetyenziso lweMarike yeModyuli yokuTjaja yesiKhululo se-EV:
INqanaba 1 kunye neNqanaba lesi-2 lokuTjaja, iNqanaba lesi-3 lokuTjaja
Isiseko sethu esingundoqo siSikhokelo se-4-Quadrant esibonelela ngokubonwa okucacileyo kwezinto ezine:
• Iimephu zamava oMthengi
• Ukuqonda kunye neZixhobo ezisekelwe kuphando oluqhutywa yidatha
• Iziphumo ezinokuthathwa ukuze kuhlangatyezwane nazo zonke izinto eziphambili ngokubaluleka kushishino
• IiNkqubo-sikhokelo zoBuchule zokwandisa uhambo lokukhula kweModyuli yokuTshaja yeSikhululo se-EV.
Le modyuli yamandla angama-30kw iyimodyuli esebenzayo, ephezulu yoxinano lwamandla e-AC/DC ephuhliswe ngokukodwa i-DC Charging EV Charger yezithuthi zombane. Le mveliso yinkqubo yesine yesigaba sesithathu (isigaba sesithathu + PE) igalelo, elixhasa uluhlu olubanzi lwe-285VAC-475VAC; Amandla aphezulu aphumayo yi-30KW (uluhlu lwamandla rhoqo 250-1000VDC). Imodyuli yokutshaja ye-30KW inxibelelana nokujongwa okuphambili kwe-EV Charger ngebhasi ye-CAN.