Ishaja ye-EV ephathekayo
Ibhokisi Lodonga Le-EV Lasekhaya
Isiteshi Sokushaja se-DC
Isiteshi Sokushaja se-BESS
I-V2G V2H V2V V2L
Imojuli Yokushaja I-EV
Isixhumi Sokushaja se-DC
Izesekeli ze-EV
Isiteshi Sokushaja Esinoketshezi Esingu-600kW 800kW Samaloli Anzima
Ukufakwa kukagesi kwezokuthutha ezisindayo “kuwumngcele wokugcina” woshintsho lwamandla emhlabeni jikelele. Nakuba izimoto zabagibeli namaveni okulethwa okulula kube yiwona ahamba phambili ekushajeni, izidingo zamandla ezinkulu zamaloli amancane ahamba ibanga elide, izimoto zezimayini, kanye nemishini yokwakha esindayo sekuyisikhathi eside kubhekwa njengebhuloho elikude kakhulu kubuchwepheshe bamanje bebhethri kanye nokushaja. I-MIDA Power (迈依达), umholi womhlaba wonke ezixazululweni zamandla ezinamandla aphezulu, iwela ngokusemthethweni lelo bhuloho ngokuqaliswa kweziteshi zayo ze-Liquid-Cooled Supercharging ezingama-600kW kanye nama-800kW. Zaklanywa ukuze zilethe amandla amaningi ngesikhathi esirekhodiwe, lezi ziteshi zenzelwe ngqo umkhakha wezokuthutha osindayo. Ngokusebenzisa ukwakheka kwe-1000V kanye nokuphathwa kokushisa okupholile okuthuthukisiwe, i-MIDA ihlinzeka ngengqalasizinda edingekayo ukushaja iloli kagesi le-Class 8 ngesikhathi esithathayo isikhathi sokuphumula komshayeli esidingekayo. Lokhu akuyona nje ishaja; iyinjini yeketanga elisha lomhlaba wonke, elingenayo ikhabhoni.
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 ngeIsiteshi Sokushaja Esinoketshezi Esingu-600kW 800kW Samaloli Anzima.
Izindawo zokuthutha zinikeza indawo ehlukile lapho isikhathi sokungasebenzi siwukulahlekelwa imali engenayo ngqo.Isiteshi Sokushaja Esinoketshezi Esingu-600kW 800kW Samaloli AnzimaYakhelwe 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.Isiteshi Sokushaja Esinoketshezi Esingu-600kW 800kW Samaloli Anzimaisebenzisa i-topology ye-Silicon Carbide (SiC) MOSFET enezigaba eziningi. Ngokungafani nezinhlelo ezijwayelekile ezisekelwe ku-IGBT, i-SiC ivumela amaza okushintsha aphezulu (kufika ku-100kHz), okunciphisa ukulahlekelwa kokushintsha ngo-30%. Lo mklamo uvumelaIsiteshi Sokushaja Esinoketshezi Esingu-600kW 800kW Samaloli Anzimaukugcina ukusebenza kahle okuphezulu okungu-96.5%.
ISITHASISELO SOBCHWEPHESHE: Iphepha Elimhlophe Elichaza Ingqalasizinda Yamandla e-MIDA
Lesi sithasiselo sisebenza njengesisekelo esiphelele sobuchwepheshe sochungechunge lwe-MIDA Power DC Fast Charging. Sihlinzeka ngama-CPO (Charge Point Operators), abaphathi bemikhumbi, kanye nabatshalizimali bengqalasizinda ngokuqonda okujulile kwehadiwe, isofthiwe, kanye nezinhlaka zomthetho ezichaza uhlu lwemikhiqizo ye-MIDA ka-2026.
I. Ukwakhiwa Kwehadiwe: I-Fiziksi Yokuguqulwa Okusebenzayo Kakhulu
Enhliziyweni yesiteshi ngasinye se-MIDA DC kukhona i-modular power conversion stack esebenzisa ubuchwepheshe be-semiconductor be-wide-bandgap bamuva. Ushintsho lwethu kusuka kuma-Silicon IGBT endabuko ukuya kuma-Ama-MOSFET e-Silicon Carbide (SiC)imelela ushintsho olujwayelekile ekubuneni kwamandla kanye nokuqina kokushisa.
1.1 I-SiC MOSFET Topology kanye ne-LLC Resonant Converters
Amamojula kagesi e-MIDA angu-30kW kanye no-40kW asebenzisa i-Ibhuloho Eligcwele Elishintshiwe Ngesigaba (i-PSFB)kuhlanganiswe ne-Isiguquli se-LLC Resonantisigaba. Lokhu kulungiselelwa kuvumelaUkushintsha kwe-Zero Voltage (ZVS)kulo lonke ububanzi bomthwalo. Ngokususa ukulahlekelwa kokushintsha ngesikhathi sesigaba sokuvula, sifinyelela ukusebenza kahle kokuguqulwa okuphezulu okungu-96.5%. Ukusetshenziswa kwezinto ze-SiC kuvumela ukushintsha amaza adlula i-100kHz, okunciphisa kakhulu ivolumu ebonakalayo yezingxenye zamagnetic njenge-transformers ezivame kakhulu kanye nama-inductor, okuholela ekutheni kube nokunyakaza kwekhabhinethi okuncane kakhulu ngaphandle kokubeka engcupheni ukuphuma kwamandla.
1.2 Ukupholisa Nokuphathwa Kwemibhobho Yomoya Ehlukanisiwe
Ezindaweni zezimboni nezentengiselwano, ukwehluleka kwe-elekthronikhi kuvame ukubangelwa ukungcoliswa kwemvelo. Ubunjiniyela be-MIDA bube yiphayona le"Imigudu Yomoya Ehlukanisiwe"umklamo. Igumbi langaphakathi lihlukaniswe ngokwe-hemetically: ama-semiconductor kagesi kanye nama-magnetic kupholiswa ngomhubhe womoya ocindezelwe kakhulu, kuyilapho i-control logic, amamojula okuxhumana, kanye ne-HMI kugcinwe endaweni evaliwe, engenalo uthuli. Lokhu kuqinisekisa ukuthi ngisho nasezintweni zangaphandle ezilinganiselwe yi-IP54 noma i-IP55, uthuli oluqhubayo noma umswakama ngeke kukwazi ukuvala amabha amabhasi ane-voltage ephezulu.
II. Isendlalelo Sobuhlakani: I-Algorithm Yokuhlela Amandla ye-AI-DES
Ukushaja kwesimanje akuseyona nje into yokuletha ama-kilowatts angavuthiwe; kumayelana nokuhlelwa kwamandla okuhlakaniphile.I-AI-DES (Ukuhlelwa Kwamandla Ashukumisayo e-AI)ipulatifomu isebenza ngohlaka olunengqondo olunezigaba ezintathu:
- Isigaba 1: Ukusabela Kwegridi-Edge:Ishaja iqapha imvamisa yegridi yendawo kanye ne-voltage transients ngesilinganiso sokusampula esingu-10kHz. Uma kutholakala ukungazinzile kwegridi, uhlelo lwe-AI-DES lungalawula ukuphuma kwamandla ngaphakathi kwama-20ms ukuvimbela ukuhamba kwe-circuit breaker yendawo, okusebenza njenge-buffer yomhlinzeki wosizo.
- Isigaba 2: Ukuthuthukiswa Kwemoto Ephakathi:Isebenzisa i-telemetry ye-ISO 15118 ethi “Plug & Charge”, uhlelo lwe-AI-DES luxoxisana ngejika lokushaja elifanele ne-BMS yemoto. Lubheka izinga lokushisa lebhethri, isimo sempilo (i-SoH), kanye nokumelana kwangaphakathi ukuvimbela ukuguga kwangaphambi kwesikhathi kwamaseli e-lithium.
- Isigaba 3: Ukuphathwa Kwezimoto Zomnotho:Kuma-depot amakhulu, uhlelo luhlangana nezimakethe zamandla. Lubeka phambili ukushaja ngesikhathi samafasitela anentengo ephansi futhi lungasebenzisa izinhlelo zangaphakathi zokugcina amandla ebhethri (i-BESS) ukwenza "ukugunda okuphakeme," kugwenywe izindleko zokufunwa okuphezulu ezibekwa yizinsizakalo ngezikhathi zomsebenzi omatasa.
Isikhathi sokuthunyelwe: Agasti-08-2026
