Product Overview
I-On-Ebhodini Phezulu{1}Imodyuli yokuTshaja ngokukhawuleza kwe-DC / iCandelo sisithuthi esikwinqanaba eliphezulu{2}}isisombululo esidityanisiweyo soguqulo lwamandla enzelwe isizukulwana esilandelayo{3}}sezithuthi zombane ezifuna ukusebenza ngokufanelekileyo, okuthembekileyo, kunye{4}}nezakhono zokutshaja eziphezulu.
Njengenxalenye yamandla ombane abalulekileyo phakathi kweenkqubo eziphezulu -ze-voltage EV zamandla, imodyuli yenza ukuba uguqulo lwamandla eDC olululo phakathi kweziseko ezingundoqo zokutshaja kunye-neenkqubo zebhetri zevoltage eziphezulu, ezixhasa ukutshaja okukhawulezayo, ukusetyenziswa kwamandla aphuculweyo, kunye nokuphuculwa kokusebenza kwesithuthi. Yakhelwe ukumelana neemeko zokusebenza ezinzima, ilungele izithuthi zorhwebo, izithuthi ezikhethekileyo,{3} amaqonga ombane omsebenzi onzima, kunye nokusetyenziswa kwefektri.
Iziqinisekiso, ukuThotyelwa kunye neMigangatho yoMgangatho
Ukuhlangabezana neemfuno ezingqongqo zeemoto kunye nezoshishino zamazwe ngamazwe, iimveliso ziveliswa phantsi komgangatho ongqongqo kunye nezikhokelo zokhuseleko.
Inkqubo yoLawulo loMgangatho:Yenziwe kumaziko aqinisekisiweyo kwi-IATF 16949 (uLawulo loMgangatho weemoto) kunye ne-ISO 9001.
Ukuthotyelwa koMbane nokusiNgqongileyo:
- Ukhuseleko lokuNgena: IP67 / IP69K inikwe umlinganiselo wothuli olomeleleyo kunye nokumelana namanzi.
- Ukuthotyelwa kwe-EMC: Yenzelwe ukuhlangabezana nemigangatho engqongqo yokuhambelana kombane wombane (umzekelo, CISPR 25 / UN ECE R100).
- Ukhuseleko oluSebenzayo: Luphuhliswe ngolungelelwaniso lwe-ISO 26262 (imigangatho ye-ASIL) yokhuseleko lwesithuthi{1}} oludityanisiweyo olusebenzayo.
- IMigangatho yoKhuseleko lweHlabathi: Ukuthobela imiyalelo yokhuseleko lombane lwamazwe ngamazwe kunye nemimiselo yokusingqongileyo (CE, RoHS).
IiNgcaciso zobuGcisa kunye neeMetrikhi zokuSebenza
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Ipharamitha |
Iinkcukacha zokucaciswa |
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Uhlobo lweMveliso |
Imoto -idityaniswe phezulu{1}imodyuli yokutshaja ye-DC yamandla |
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Uluhlu lweVoltage yokufaka |
Ilungiselelwe ngokwenkqubo yoyilo lwemoto |
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Ukuhambelana kweVoltage Output |
400V / 800V ephezulu -amaqonga ebhetri yevoltage |
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Ukuguqulwa kwamandla ngokuSebenzayo |
>= 98% incopho yempumelelo (ulwenziwo olusezantsi{1}}lwelahleko kulwakhiwo) |
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Ukuxinana kwamandla |
Uxinaniso oluphezulu- ludityanisiwe oludityanisiweyo olulungiselelwe uyilo olungqongqo lwesithuba |
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Uluhlu lobushushu obusebenzayo |
-40 idigri ukuya +85 idigri (indawo-ivunyiwe ngokwemeko-bume ezigqithisileyo) |
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Indlela yokupholisa |
{0}Ukusebenza okuPhakamileyo kokuPholisa Umoya okanye iinketho zokuPholisa ulwelo oluPhezulu |
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INxibelelwano yoNxibelelwano |
CAN 2.0B / CAN FD / Iiprothokholi zonxibelelwano ezenziwe ngokwezifiso |
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Iinkqubo zoKhuselo |
Phezu{0}}IVoltage, Phezu{1}}Yangoku, Mfutshane{2}}Sekethe, Ngaphezu{3}}Ubushushu, kunye noKhuselo loNxibelelwano oluNgaqhelekanga |
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Indlela yokuFakela |
Isithuthi{0}} esidityanisiweyo sokunyuswa kolwakhiwo |
Amagqabantshintshi eMveliso kunye neeNzuzo zobuNjineli
Uyilo loXinano lwaMandla aphezulu
Imodyuli ithatha i-compact, i-architecture edibeneyo ehambisa amandla aphezulu okutshaja ngaphakathi kwendawo yokufakela isithuthi esincinci, ukunciphisa ubunzima benkqubo epheleleyo kunye nokwandisa ukusabalalisa ubunzima besithuthi.
Phezulu-Ubuchule bokuGuqulwa koMbane weDC
Integrating advanced wide-bandgap power electronics, the unit achieves peak conversion efficiency (>= 98%), ukunciphisa ukuchithwa kwe-thermal, ukunciphisa iindleko zokusebenza zamandla, kunye nokunyusa ukusebenza kwebhetri yokutshaja.
Ukuhambelana kweVoltage ebanzi
Yenzelwe ukuguquguquka kweqonga -kweqonga, imodyuli ixhasa ngaphandle komthungo zombini i-400V kunye ne-800V yoyilo lwebhetri, ivumela ii-OEMs ukuba zisebenzise uyilo olunokwehla kumaqonga eemoto ezininzi.
Unxibelelwano olukrelekrele kunye noLawulo
Ixhotyiswe ngonxibelelwano oluluqilima lwe-CAN, inkqubo ibonelela ngenene{0}}yokujongwa kwesimo sexesha lokwenyani, amandla ombane aguqukayo/uhlengahlengiso lwangoku, uxilongo lwempazamo oluphezulu, kunye nokudityaniswa komthungo kunye neeNkqubo zoLawulo lwaMandla esithuthi (EMS).
Ulawulo oluPhezulu lweThermal
Intsimi -iqinisekisiwe ngapha kwama-500,{2}} iiyure zokusebenza{3}}ezinzima, ulwakhiwo lwe-thermal luxhasa ukupholisa ulwelo oluthe ngqo okanye ukupholisa komoya olwenyani{4}}lokujongwa kobushushu bexesha lokudibanisa ukuqinisekisa uzinzo phantsi{5}}kumjikelezo womthwalo oqhubekayo.
UKhuseleko oluBanzi loKhuseleko
Ibandakanya-imigangatho emininzi yehardware kunye nokhuseleko lwesoftware, ikhusela{1}}imigca yebhasi yevoltage ephezulu, iipakethi zebhetri, kunye neziseko ezingundoqo ukusuka kukuphazamiseka kombane okanye ukuhla konxibelelwano.
UQinisekiso lweNdawo kunye neMimandla yeSicelo
Izithuthi zoMbane zoRhwebo
Usetyenziso:Iibhasi zombane, iinqwelo zothutho, iilori zothutho, kunye namaqonga ohambo lwasezidolophini.
Inzuzo:Yehlisa ixesha lokuphumla kwezithuthi ngokuzaliswa kwakhona kwamandla ngokukhawuleza kunye -nemveliso yamandla engatshintshiyo.
Enzima-IziThuthi zoMbane zoMsebenzi
Usetyenziso:Iilori zemigodi, oomatshini bokwakha, kunye namaqonga othutho obunzima boshishino.
Inzuzo:Yakhelwe ukumelana nokungcangcazela okukhulu, uthuli, kunye noxinzelelo oluphezulu oluqhubekayo{0}lomthwalo we-thermal.
Izithuthi zoMbane eziZodwa
Usetyenziso:IiPort AGVs, i-Airport Ground Support Equipment (GSE), izithuthi zikamasipala zogutyulo, kunye neeyunithi zemizi-mveliso ezizimeleyo.
Inzuzo:Ukunyathela okusemgangathweni okuphezulu kunye neeparamitha zamandla ezilungiselelwe iimfuno ezizodwa zesithuthi.
Ubunjineli kunye neNkxaso yokuBonelela
Ukuphelisa-u-ukuphelisa ukutshaja kwe-EV izisombululo ze-ecosystem zidibanisa isithuthi{2}}izixhobo zamandla asecaleni kunye nokuveliswa olomeleleyo kunye nesakhono sobonelelo se-B2B yehlabathi jikelele.
Uphuhliso lwe-OEM/ODM olulungiselelweyo:Uyilo olulungelelanisiweyo lomatshini, iiprothokholi zonxibelelwano ezilungelelanisiweyo, kunye nohlengahlengiso oluthile lwamandla / lwevoltage ukuze lulingane neespekthi zeqonga ezizodwa.
Inkxaso yobuNjineli:Amaqela obugcisa azinikeleyo anikezela ngedatha yokulinganisa, iziKhokelo zokuYila iThermal, kunye neeNkcukacha zeDatha zoBugcisa (TDS).
Ikhonkco lonikezelo olunokwehla:Ixhaswe yi-R&D ehlanganisiweyo,-ekwenziweni kwecandelo lendlu, kunye nenkxaso yolungiselelo lwehlabathi ethembekileyo kwii-OEMs zehlabathi kunye nabahlanganisi benkqubo yenqanaba loku-1.
Imibuzo ebuzwa qho
Q: Yintoni iModyuli yokuTshaja ngokukhawuleza kwe-kwibhodi{1} yaMandla e-DC?
A: On{0}}Ebhodini ePhezulu{1}}Imodyuli yokuTshaja ngokukhawuleza kweDC yisithuthi-icandelo loguqulo lwamandla adityanisiweyo aguqula kwaye alawule amandla ombane we-DC phakathi kwenkqubo yokutshaja kunye nepakethe yebhetri yesithuthi. Ivumela ukutshaja ngokukhawuleza, ukuphucula ukusebenza kakuhle kwamandla, kunye nokunikezelwa kwamandla okuzinzileyo kwizithuthi zombane.
Q: Zeziphi iintlobo zezithuthi ezinokusebenzisa le modyuli yokutshaja?
A: Imodyuli ifanelekile kuluhlu olubanzi lwezithuthi zombane, kubandakanya:
Iibhasi zombane kunye neelori zokuhambisa zorhwebo
Iinqwelo zothutho kunye nezithuthi ezihamba ezidolophini
Iilori zemigodi kunye noomatshini abakhulu bokwakha
Ii-AGVs zeZibuko kunye neZixhobo zeNkxaso zeSikhululo seenqwelomoya (GSE)
Izithuthi zikamasipala zococeko kunye nee-EV ezikhethekileyo ezilungiselelwe wena
Umbuzo: Ngaba imodyuli iyakwazi ukuxhasa i-400V kunye ne-800V ibhetri yeqonga?
A: Ewe. Imodyuli ingaphuhliselwa{1}}ulwakhiwo lwebhetri yevoltage ephezulu, kuquka i400V kunye ne800V yamaqonga, kwaye ilungiselelwe ngokweemfuno zombane wemoto.
Umbuzo: Ngaba imodyuli yokutshaja inokwenziwa ngokwezifiso?
A: Ewe. Izisombululo zobunjineli ezenzelwe wena ziyafumaneka ukuze zihambelane neemfuno ezithile zabathengi, kubandakanya:
Ukuphuma kwamandla kunye noluhlu lwe-voltage
Iiprothokholi zonxibelelwano (CAN 2.0B / CAN FD)
Iindlela zokupholisa (Ukupholisa uMoya / ukuPholisa ulwelo)
Ubume bomatshini kunye neemfuno zokufakelwa kwesithuthi
Umbuzo: Ziziphi iindlela zonxibelelwano ezixhaswayo?
A: Imodyuli ixhasa unxibelelwano oluqhelekileyo lwe-CAN (njenge-CAN 2.0B kunye ne-CAN FD) kwaye inokwenziwa ngokwezifiso ukuhlangabezana neemfuno zenkqubo yokulawula isithuthi, ivumela i-real{1}}ixesha lokuhlawula ingxelo yesimo, ulawulo lohlengahlengiso lwamandla, kunye nengxelo yempazamo.
Umbuzo: Imodyuli iqinisekisa njani ukhuseleko lokutshaja?
A: Imodyuli ibandakanya{0}}inqanaba lehardware kunye nokhuseleko lwesoftware, kuquka:
Ngaphezulu{0}}kwevoltage kunye nangaphantsi{1}}nokhuseleko lwevoltage
Ngaphezulu{0}okwangoku kunye nolufutshane{1}}lokhuseleko lwesekethe
Ngaphezulu{0}}ukhuseleko lobushushu kunye{1}}nexesha lokwenyani lokujongwa kwe-thermal
Ukuxilongwa kwempazamo yenkqubo kunye nokukhuselwa konxibelelwano olungaqhelekanga
Q: Zeziphi iingenelo xa kuthelekiswa nezinto zemveli zokutshaja?
A: Compared with conventional charging components, the high-power DC fast charging module provides higher power density, better conversion efficiency (>= 98%), ufakelo oluthe kratya, ukusebenza okuphezulu kwe-thermal, kunye nokuziqhelanisa okunamandla kurhwebo kunye nomsebenzi onzima-usetyenziso lwe-EV.
Umbuzo: Ngaba le modyuli ingadityaniswa kwiiplatifti zemoto zombane ezilungiselelweyo?
A: Ewe. Imodyuli yenzelwe ukudityaniswa okuguquguqukayo kwaye inokulungelelaniswa nezakhiwo ezahlukeneyo zezithuthi, iinkqubo zebhetri, kunye neemeko zokusebenza kubenzi be-OEM, abaqhubi beenqwelo, kunye nabaphuhlisi benkqubo ye-EV.
Umbuzo: Ngawaphi amashishini anokuzuza kule mveliso?
Mp
Iifayile ezishisayo: -kwibhodi ephezulu -yamandla e-dc yokutshaja okukhawulezayo kwimodyuli / inxalenye, iChina -kwibhodi ephezulu{3}}yamandla e-dc yokutshaja ngokukhawuleza kwimodyuli / abavelisi becandelo, ababoneleli
