Ishaja ye-DC engu-240kW CCS1 NACS Dual Standard UL efakwe ohlwini lwe-USA

I-United States okwamanje ibona ukwanda okungakaze kubonwe ngaphambili kwengqalasizinda yayo yokushaja izimoto zikagesi (EV). Iqhutshwa yizinhlelo zikahulumeni ezifana nohlelo lweNational Electric Vehicle Infrastructure (NEVI) kanye nokwanda kokutshalwa kwezimali emkhakheni wangasese, umncintiswano wokwakha inethiwekhi kazwelonke ethembekile, efinyelelekayo, futhi enamandla amakhulu uyaqhubeka. Kodwa-ke, lokhu kukhula kuza ngesikhathi sokuguquka kobuchwepheshe, njengoba imboni isuka ku-CCS1 (Combined Charging System Type 1) eya ku-NACS (North American Charging Standard / SAE J3400) esanda kumiswa. Kulesi simo esiyinkimbinkimbi, ishaja "ejwayelekile kabili" isibe yibhuloho elibalulekile.

1. Ukufakwa kukagesi kwezokuThuthukiswa kwempahla: Isibopho Sokuhweba Somhlaba Wonke

Ezweni elinzima lokulethwa kwemishini ngokushesha kanye nokuthutha okunzima, ukushintsha kusuka ezinjinini zokushisa zangaphakathi kuya ezinjinini zikagesi akusekho ukukhetha. I-MIDA Power, ngeminyaka yayo yobuchwepheshe bobuchwepheshe, ihamba phambili kulolu guquko ngeIshaja ye-DC engu-240kW CCS1 NACS Dual Standard UL efakwe ohlwini lwe-USA.

Izindawo zokuthutha zinikeza indawo ehlukile lapho isikhathi sokungasebenzi siwukulahlekelwa imali engenayo ngqo.Ishaja ye-DC engu-240kW CCS1 NACS Dual Standard UL efakwe ohlwini lwe-USAYakhelwe ukuhlangabezana nemijikelezo enzima yemisebenzi yezindawo zokulethwa kwezimpahla zasemadolobheni, iziteshi zezimpahla zasesikhumulweni sezindiza, kanye nemizila yokuthutha impahla yasechwebeni. Ngokusebenzisa ipulatifomu enamandla kagesi angu-1000V, i-MIDA iqinisekisa ukuthi amaveni kagesi esizukulwane esilandelayo kanye namaloli asindayo achitha isikhathi esincane emshinini wokukhipha izimpahla futhi achitha isikhathi esiningi emgwaqweni.

2. Ukwakhiwa Kobuchwepheshe: Ngaphakathi kwe-MIDA Power Stack

2.1 I-Topology ye-SiC MOSFET kanye Nokusebenza Kahle

Amashaja e-DC avamile avame ukuba nezinkinga zokwehla kokusebenza kahle uma imithwalo ingaphelele.Ishaja ye-DC engu-240kW CCS1 NACS Dual Standard UL efakwe ohlwini lwe-USAisebenzisa i-topology enezigaba eziningi exubene ne-Silicon Carbide (SiC) MOSFET. Lokhu kulungiselelwa kufeza ukusebenza kahle okuphezulu okungu-96.5% okuhamba phambili embonini, okunciphisa kakhulu izindleko zokusebenza (OPEX) zabasebenzi be-depot.

2.2 Ukupholisa Okuwuketshezi vs. Umoya Ophoqelelwe

Ukuze kushajwe amandla aphezulu, ukuphathwa kokushisa kubaluleke kakhulu. Amayunithi ethu angu-400kW anesistimu yokupholisa yemodi ekabili. Amamojula kagesi agcinwe endaweni evaliwe, enesilinganiso se-IP55 enokulawulwa kwesimo sezulu okusebenzayo, okuvimbela ukungena kothuli nomoya kasawoti oqothulayo ovamile ezindaweni ezisemachwebeni.

3. I-MCS Ready: Ukuqinisekisa Ikusasa Lemikhumbi

Nakuba i-CCS2 iyindinganiso yamanje, imboni iqhubekela phambili ku-Megawatt Charging System (MCS). Amashaja ethu “ayi-MCS Ready,” okusho ukuthi ukwakheka kwe-busbar yangaphakathi kanye nezinhlelo zokuphatha ukushisa zenzelwe ukusekela ukuthuthukiswa kwensimu kusixhumi se-MCS, okuvumela isivinini sokushaja esingaphezu kwe-1MW lapho indinganiso ivunyiwe ngokugcwele futhi izimoto zitholakala.

4. Ukuphathwa Kwemithwalo Ehlakaniphile: Inzuzo ye-AI-DES

Amandla e-MIDAIshaja ye-DC engu-240kW CCS1 NACS Dual Standard UL efakwe ohlwini lwe-USAihlanganiswe neplatifomu yethu ye-AI-Dynamic Energy Scheduling (AI-DES). Lolu ngqimba lwesofthiwe lwenza ukushefa okuphezulu kanye nokulinganisela umthwalo ngesikhathi sangempela kulo lonke i-depot, okuqinisekisa ukuthi ukudonsa kwamandla okuphelele akudluli umkhawulo wenkontileka yokusetshenziswa ngenkathi kubekwa phambili izimoto ezine-State-of-Charge ephansi kakhulu (SoC).