Itshaja ye-DC ephindwe kabini ye-240kW CCS1 NACS edweliswe e-USA

I-United States okwangoku ibona ukwanda okungakaze kubonwe ngaphambili kweziseko zayo zokutshaja zezithuthi zombane (EV). Iqhutywa ziinkqubo zikarhulumente ezifana nenkqubo yeSizwe yeZiseko zoMbane zeZithuthi zoMbane (NEVI) kunye nokwanda kotyalo-mali kwicandelo labucala, umdyarho wokwakha inethiwekhi yesizwe ethembekileyo, efikelelekayo, nenamandla aphezulu uyaqhubeka. Nangona kunjalo, olu lwandiso luza ngexesha lotshintsho lobuchwepheshe, njengoko ishishini lisuka kwi-CCS1 endala (iCombined Charging System Type 1) ukuya kwi-NACS entsha emiselweyo (iNorth American Charging Standard / SAE J3400). Kule meko inzima, itshaja "esemgangathweni ophindwe kabini" ibe yibhulorho ebalulekileyo.

1. Ukufakelwa kombane kwiLogistics: Umthetho wezorhwebo weHlabathi

Kwihlabathi elinzima lokuhambisa izinto ngokukhawuleza kunye nokuhambisa izinto ezinzima, ukutshintsha ukusuka kwiinjini zokutsha zangaphakathi ukuya kwiinjini zamandla ombane akusekho mfuneko. I-MIDA Power, kunye neminyaka yayo elishumi yobuchule bobunjineli, iphambili kolu tshintsho kunyeItshaja ye-DC ephindwe kabini ye-240kW CCS1 NACS edweliswe e-USA.

Iindawo zothutho zibonelela ngendawo eyahlukileyo apho ixesha lokungasebenzi liyilahleko yengeniso ngqo.Itshaja ye-DC ephindwe kabini ye-240kW CCS1 NACS edweliswe e-USAYenzelwe ukuhlangabezana nemijikelo enzima yeendawo zokuhambisa imithwalo zasezidolophini, izitishi zemithwalo zesikhululo seenqwelo-moya, kunye neendlela zokuhambisa imithwalo zaselwandle. Ngokusebenzisa iqonga le-1000V eliphezulu le-voltage, i-MIDA iqinisekisa ukuba iiveni zombane zesizukulwana esilandelayo kunye neelori ezinzima zichitha ixesha elincinci kwi-dispenser kwaye zichitha ixesha elingakumbi endleleni.

2. Uyilo loBugcisa: Ngaphakathi kwi-MIDA Power Stack

2.1 I-SiC MOSFET Topology kunye nokusebenza kakuhle

Iitshaja ze-DC zemveli zihlala zinengxaki yokwehla kokusebenza kakuhle xa imithwalo ingaphelelanga.Itshaja ye-DC ephindwe kabini ye-240kW CCS1 NACS edweliswe e-USAisebenzisa i-topology edibeneyo enamanqanaba amaninzi esekelwe kwi-Silicon Carbide (SiC) MOSFETs. Olu lwakhiwo lufezekisa ukusebenza kakuhle kwe-96.5% ekhokelayo kushishino, nto leyo enciphisa kakhulu inkcitho yokusebenza (OPEX) kubaqhubi beedepo.

2.2 Ukupholisa Ulwelo vs. Umoya Ophoqelekileyo

Kwitshaja enamandla aphezulu, ulawulo lobushushu lubaluleke kakhulu. Iiyunithi zethu ezingama-400kW zinenkqubo yokupholisa eneendlela ezimbini. Iimodyuli zamandla zigcinwe kwindawo evaliweyo, elinganiswe yi-IP55 enolawulo olusebenzayo lwemozulu, ethintela ukungena kothuli nomoya wetyuwa orhabaxa oxhaphakileyo kwiindawo ezikufutshane.

3. I-MCS Ilungele: Ukuqinisekisa Ikamva Leenqwelo-moya

Nangona i-CCS2 ingumgangatho okhoyo ngoku, eli shishini lisiya kwiNkqubo yokuTshaja yeMegawatt (MCS). Iitshaja zethu “ziLungele iMCS,” oko kuthetha ukuba uyilo lwangaphakathi lwebhasi kunye neenkqubo zolawulo lobushushu zenzelwe ukuxhasa ukuphuculwa kwentsimi ukuya kwisixhumi seMCS, okuvumela isantya sokutshaja esingaphezulu kwe-1MW xa umgangatho uvunyiwe ngokupheleleyo kwaye izithuthi zifumaneka.

4. Ulawulo loMthwalo oluBukrelekrele: Inzuzo ye-AI-DES

Amandla e-MIDAItshaja ye-DC ephindwe kabini ye-240kW CCS1 NACS edweliswe e-USAidityaniswe neqonga lethu le-AI-Dynamic Energy Scheduling (AI-DES). Olu layer lwesoftware lwenza ukucheba okuphezulu ngexesha langempela kunye nokulinganisela umthwalo kuyo yonke indawo yokugcina, ukuqinisekisa ukuba ukutsalwa kwamandla okupheleleyo akudluli umda wesivumelwano senkonzo ngelixa kubekwa phambili izithuthi ezine-State-of-Charge ephantsi (SoC).