Itshaja ye-EV ephathekayo
Ibhokisi yodonga ye-EV yasekhaya
Isitishi setshaja seDC
Isikhululo sokutshaja seBESS
I-V2G V2H V2V V2L
Imodyuli yokutshaja ye-EV
Isixhumi sokutshaja se-DC
Izixhobo ze-EV
Isitishi setshaja se-NACS EV esikhawulezayo kakhulu se-350kW
Isikhululo se-350kW Ultra Fast NACS EV Charger Station sisixhobo samandla esifakwe kwi-ETL Listed esenzelwe ii-USA Highways. Ukufakela i-350kW Ultra Fast NACS EV Charger kuqinisekisa ukuhambelana kwendawo nezithuthi zeTesla kunye nezingezizo zeTesla NACS, nto leyo enika ukuthembeka okuphezulu kwe-voltage okufunekayo kwiinethiwekhi zokutshaja ezikhawulezayo zaseMelika.
1. Umqolo Wokuhamba Umgama Omde: Ukutshaja Indlela Enkulu Enamandla Aphezulu
Iipaseji zeendlela ezinkulu zezona ndawo zinzima kakhulu kwiziseko zophuhliso ze-EV. Abaqhubi balindele isantya, ukufumaneka, kunye namava akumgangatho ophezulu. I-MIDA Power'sIsitishi setshaja se-NACS EV esikhawulezayo kakhulu se-350kWyenzelwe ngokukodwa iindawo zenkonzo ezithengisa izinto ezininzi apho yonke iminithi ibalulekile.
2. Ukupholisa Okuphambili kunye Nozinzo Lobushushu
Ukukhupha amandla aphezulu rhoqo kuvelisa ubushushu obukhulu.Isitishi setshaja se-NACS EV esikhawulezayo kakhulu se-350kWIsebenzisa ubuchwepheshe obuphambili bokupholisa ukuqinisekisa ukuba akukho nto iphazamisayo nokuba kumaqondo obushushu aphakathi angama-40°C. Olu zinzo lufezekiswa nge-algorithm ye-MIDA ethi “Smart-Chiller”, elawula ukuhamba kokupholisa ngokusekelwe kwi-telemetry yebhetri yesithuthi ngexesha langempela.
ISIHLOMELO SOBUNGCALI: Iphepha eliMhlophe eliQinisekisiweyo le-MIDA Power Infrastructure
Esi sihlomelo sisebenza njengesiseko sobugcisa esibanzi soluhlu lweemveliso ze-MIDA Power. Sichaza iifilosofi zobunjineli eziphambili, ukhetho lwesayensi yezinto eziphathekayo, kunye nezikhokelo zokuthobela imithetho ezahlula iziseko ze-MIDA kwimarike yehlabathi.
A. Uyilo oluphezulu lweVolthi kunye nokusebenza kakuhle
Zonke iinkqubo zokutshaja ze-MIDA Power DC zakhiwe phezu kweqonga le-1000V Silicon Carbide (SiC) lemveli. Ngokungafaniyo neenkqubo zemveli ezisekwe kwi-IGBT, ii-SiC MOSFET zivumela amaza okutshintsha aphezulu, nto leyo enciphisa unyawo olubonakalayo lwezinto ezinomtsalane kwaye iphucule ukusebenza kakuhle ngokubanzi. Abasasazi be-MIDA bagcina ukusebenza okuphezulu kwe-≥96.5% kuluhlu lomthwalo oluyi-30%–100%.
B. Iinkqubo zoLawulo loBushushu
Ukuthembeka kwiindawo ezixineneyo kufezekiswa ngokusebenzisa iindawo zomoya ezahluliweyo. Ii-elektroniki ezibalulekileyo zigcinwe kwigumbi elivalwe nge-IP55, elivalwe kakuhle, ngelixa iimodyuli zamandla zipholiswa yi-duct enesantya esiphezulu. Ukuze kutshajwe ngokukhawuleza kakhulu (350kW+), i-MIDA isebenzisa ukupholisa ulwelo olusebenzayo kwiintambo zokutshaja, ukuqinisekisa ukuba amaqondo obushushu esixhumi ahlala ngaphakathi kwemida ekhuselekileyo (ngaphantsi kwama-85°C) kwanangexesha leeseshoni ze-500A eziqhubekayo.
C. Ukusebenzisana kunye nokuThotyelwa kweMigangatho
I-MIDA Power izimisele kwimigangatho yehlabathi. Iimveliso zethu zivavanywa ngokuqatha kwezi zinto zilandelayo:
- I-OCPP 1.6J / 2.0.1:Ukuqinisekisa ukuhlanganiswa okungenamthungo nazo zonke iiNkqubo zoLawulo lweZitishi zokuTshaja zeCSMS eziphambili (iiNkqubo zoLawulo lweZitishi zokuTshaja).
- I-ISO 15118:Ukuxhasa unxibelelwano lwePlug & Charge (PnC) kunye nolweVehicle-to-Grid (V2G) olulungele ixesha elizayo.
- I-DIN 70121:Ukubonelela ngenkxaso endala kwiiprotokholi zokutshaja ngokukhawuleza zeDC zangaphambili.
D. Ukhuseleko lweZakhiwo kunye noMbane
Zonke izixhobo zokuhambisa i-MIDA ziquka ukhuseleko oludibeneyo lwe-Type 2 surge, ukujonga ukuvuza komsinga (RCD Type B), kunye nezinzwa zobushushu ezinamanqaku amaninzi kwi-AC input, i-DC output, kunye ne-connector terminal nganye. Ezi zithintelo zakhiwe ngentsimbi egqunyiweyo ene-C4-rated anti-corrosion coating, efanelekileyo kwiindawo ezisetyenziswa elunxwemeni nakwimizi-mveliso.
Ixesha lokuthumela: Agasti-08-2026
