Isikhululo sokutshaja esikhawulezayo se-DC esingu-300kw 360kw 400kW 1000V seeLori eziNzima zoMbane

Isikhululo sokutshaja esikhawulezayo se-DC esingu-300kw 360kw 400kW 1000V seeLori eziNzima zoMbane

Isihloko: Intshatsheli Yokutshaja Enzima: Isikhululo se-MIDA Power se-400kW 1000V Esikhawulezayo Kwisizukulwana Esilandelayo Sezothutho Lombane

Isiqendu Esiphambili: Ukuguqula i-Long-Haul

Ukufakelwa kombane kwezothutho ezinzima ngumda wokugqibela wenguqu yamandla aluhlaza. Kwiilori ezinkulu zombane kunye neebhasi ezihamba umgama omde, ixesha lingaphezulu nje kokuba lula—lutshintsho olubalulekileyo kwezoqoqosho. Ukutshintsha idizili, iilori zombane zifuna isantya sokutshaja esihambelana namandla azo amakhulu ebhetri ngaphandle kokwandisa ixesha lokuphumla ngaphaya kwexesha lokuphumla elinyanzelekileyo kubaqhubi. Ngena kwi-MIDA Power 400kW DC Fast Charger. Ngoyilo olungazange lubonwe ngaphambili lwe-1000V, esi sikhululo samandla aphezulu kakhulu senzelwe ukuhambisa amandla amakhulu kwiibhetri ezinkulu ze-EV endleleni. Ngokutyhala imida yoxinano lwamandla kunye nolawulo lobushushu, i-MIDA Power ibonelela ngomqolo weziseko eziyimfuneko ukuguqula ishishini lezothutho lwehlabathi ukuya kwikamva elingenakukhupha umbane.

Umxholo weMarike kunye noMgaqo-nkqubo: Ukuhlangabezana neemfuno zokufakelwa kombane onzima

Uthutho lwehlabathi lubangela inxalenye enkulu yokukhutshwa kwekhabhoni, nto leyo ekhokelela ekunyanzelisweni okunamandla kwemithetho e-United States (nge-EPA kunye nemiyalelo yenqanaba lelizwe efana ne-ACT yaseCalifornia) kunye neYurophu (ngemigangatho ye-Euro VII kunye neethagethi zokunciphisa i-CO2 kwii-HDV). Le migaqo-nkqubo inyanzelisa utshintsho oluvela kwiinjini zokutsha zangaphakathi ukuya kwiilori zombane ezisebenzisa ibhetri.

Nangona kunjalo, itshaja eqhelekileyo ye-50kW okanye i-150kW ayanelanga kwilori enebhetri ye-500kWh ukuya kwi-800kWh. Ukutshaja ezi zithuthi ngaphakathi kwesithuba esifanelekileyo semizuzu engama-30 ukuya kwengama-60, amanqanaba ombane kufuneka adlule kwi-350kW. Umda we-400kW waziwa ngokubanzi njengendawo yokungena "kwi-Ultra-Fast Charging" yezithuthi ezinzima (ii-HDV). Ngaphezu koko, ukunciphisa umbane kunye nobushushu, eli shishini lisiya kwi-800V kunye ne-1000V yezakhiwo zebhetri. Inkqubo ye-MIDA Power ye-400kW/1000V ihambelana ngokugqibeleleyo nale mizila, iqinisekisa ukuthotyelwa kweengcamango zamva nje zeMegawatt Charging System (MCS) kwaye ibonelela ngesisombululo esinokukhula kwiindlela zokuthutha ezixakekileyo kwihlabathi.

Ukuntywila okunzulu kwemveliso: Ukunika amandla iiGiants

Ukwakha itshaja ye-400kW kufuna utshintsho olukhulu kubunjineli xa kuthelekiswa neeyunithi eziqhelekileyo zeemoto zabakhweli. Isitishi se-MIDA 400kW simangalisa ngezixhobo ze-elektroniki zamandla kunye nesayensi yobushushu.

Uyilo lwe-1000V High-Voltage

Le nkqubo yakhiwe kwiqonga le-1000V DC, elivumela ukuba litshaje zombini izithuthi ze-400V kunye ne-800V/1000V ngesantya esiphezulu sokungenisa. I-voltage ephezulu ithetha ukuba umbane uphantsi kakhulu kwimveliso efanayo yamandla ($P = V \times I$), nto leyo enciphisa kakhulu ubushushu obukhuselayo obuveliswa kwiintambo kunye nezihlanganisi. Oku kuvumela ukuhanjiswa okuqhubekayo kwe-400kW ngaphandle koxinzelelo olukhawulezileyo oluqhelekileyo kwiinkqubo ze-voltage ephantsi.

Iintambo zokutshaja ezipholisiweyo ngolwelo

Kwi-400kW, iintambo zemveli ezipholisiweyo ngomoya ziya kuba nzima kakhulu kwaye zibe zinkulu ukuba umntu aziphathe ngenxa yendlela enkulu yobhedu efunekayo. I-MIDA Power isebenzisa ubuchwepheshe bentambo epholisiweyo yolwelo obuphambili. I-coolant ekhethekileyo ijikeleza ngentambo yokutshaja kunye neephini zokudibanisa, isusa ubushushu ngokukhutheleyo. Oku kwenza ukuba kusetyenziswe intambo ekhaphukhaphu, eguquguqukayo enokuthwala ngokukhuselekileyo ukuya kuthi ga kwi-500A okanye kwi-600A, iqinisekisa amava alula kubaqhubi beelori ngelixa begcina ukhuseleko.

Iimodyuli zamandla zeSilicon Carbide (SiC)

Ukuze ifikelele kwi-400kW ngaphakathi kwe-compact footprint, i-MIDA isebenzisa isizukulwana sayo samva nje see-40kW SiC power modules. I-Silicon Carbide ivumela uxinano lwamandla kunye nokusebenza kakuhle okuphezulu (97%+) xa kuthelekiswa nee-Silicon IGBTs zemveli. Ii-SiC modules zisebenza kwii-switching frequency eziphezulu, nto leyo enciphisa ubungakanani bezinto ezingasebenziyo ezifana nee-inductors kunye nee-capacitors, nto leyo ekhokelela kuyilo lwekhabhinethi oluthembekileyo noluncinci.

Ukwabiwa kwamandla ashukumisayo

Kwinkqubo ye-multi-dispenser, inkqubo ye-MIDA 400kW isebenzisa "iMatrix Power Sharing." Ibhanki yamandla ephakathi inokwabela iimodyuli zamandla phakathi kwezithuthi ezahlukeneyo. Ukuba ilori enye inokwamkela kuphela i-200kW, i-200kW eseleyo inokujikwa ngoko nangoko iye kwesinye isithuthi, nto leyo eyandisa ukusetyenziswa kwamandla afakiweyo kwaye yonyusa i-ROI kubaqhubi besiza.

Imigangatho kunye neziqinisekiso: Uvavanyo oluQhubekekileyo lokusetyenziswa kwimizi-mveliso

Isitishi se-400kW senzelwe iimeko zoshishino ezifuna kakhulu kwaye sihlangabezana nale migangatho ilandelayo yamazwe ngamazwe:

• Ilungile i-CCS1 / CCS2 / MCS:Inkxaso yeNkqubo yokuTshaja eDibeneyo (Uhlobo 1 no-2) kwaye yenzelwe ukuhambelana kwixesha elizayo nesixhumi seNkqubo yokuTshaja yeMegawatt (MCS).
• Isiqinisekiso se-UL 2202 kunye ne-CE:Ukuhlangabezana nemigangatho yokhuseleko ephezulu kwiimarike zaseMntla Melika naseYurophu, kubandakanya ukhuseleko olupheleleyo kwi-over-voltage, i-under-voltage, ii-short circuits, kunye neempazamo zomhlaba.
• I-ISO 15118-20:Ukusebenzisa inguqulelo yamva nje yeenkqubo zonxibelelwano ze-“Plug & Charge” kunye ne-V2G, ukuxhasa ukuhamba kwamandla okuya kwicala elinye kunye neenkonzo zegridi eziphambili.
• Ukuhambelana kwe-NACS:Ifumaneka kunye nesixhumi seNorth American Charging Standard (NACS) ukuxhasa inani elikhulayo leelori ezisebenzisa lo mgangatho.
• I-IP55 kunye ne-IK10:Ukuqinisekisa ukuba iyunithi iyakwazi ukumelana neemeko ezinzima zokuma kweelori, kuquka ukungcangcazela, imvula enkulu, kunye neempembelelo ezingalindelekanga.

Imeko zesicelo: Isikhululo esitsha sepetroli

Itshaja ye-400kW/1000V ijoliswe ngokukodwa kwezi:

1. Iindawo zokuma iilori ezindleleni ezinkulu:Ukukhonza izinto zokuhamba ixesha elide ecaleni kwemithambo emikhulu yemithwalo.
2. Ii-Logistics Hubs kunye neePort Terminals:Ukutshaja iilori ezinzima ezikhupha inkunkuma ngexesha lokulayisha nokukhupha impahla.
3. Iindawo zokumisa iibhasi:Ukubonelela ngotshintsho olukhawulezileyo kwiibhasi zothutho lombane kunye neebhasi zamabhasi.
4. Iindawo zokumba nokwakha:Ukuxhasa oomatshini abanzima abasetyenziswa kwimisebenzi yemizi-mveliso.

Isifundo seTyala: Uvavanyo lweZibuko laseRotterdam

Ngasekupheleni kuka-2024, i-MIDA Power yathatha inxaxheba kwiprojekthi yovavanyo ePort of Rotterdam yokufaka umbane kwiilori zeekhonteyina ezingama-40. Umngeni yayikukutshaja iilori ngexesha lekhefu eliyimfuneko labaqhubi lemizuzu engama-45.

Isiphumo:I-MIDA ifake izitishi ezihlanu ezipholisiweyo ngolwelo ezingama-400kW. Ezi lori, zixhotyiswe ngeebhetri ezingama-600kWh, zifikelele kwi-20% ukuya kuma-80% yesimo sokutshaja (i-SoC) kwimizuzu engama-40 kuphela. Iintambo ezipholisiweyo ngolwelo zinconywe ngokulula kwazo xa kuthelekiswa novavanyo lwangaphambili olupholisiweyo ngomoya. Izibuko libike ukuhlanganiswa okungenamthungo nenkqubo yalo yolawulo lwamandla, kusetyenziswa i-interface ye-MIDA ye-OCPP 2.0.1 ukulinganisela umthwalo kunye noluhlu olukhulu lwelanga lwezibuko.

Ingxelo yeNgcali: Ukwandisa ikamva leempahla

“Ukutshintshela kwiilori zombane akupheleli nje kwisithuthi; kuxhomekeke kwigridi kunye netshaja,” utshilo uGqr. Liu, iNjineli ePhambili yeeNkqubo zoMbane kwi-MIDA Power. “Ngesitishi sethu se-400kW 1000V, sisombulule imiqobo yobushushu kunye ne-voltage eyayibambezela ukutshaja okunzima ngaphambili. Sibonelela ngesixhobo esivumela iinkampani zothutho ukuba zigcine ukusebenza kwazo kakuhle ngelixa zihlangabezana neenjongo zazo zozinzo. Eli likamva lendlela enkulu.”

Imbono Yexesha Elizayo kunye Nokukhula: Ukuya Kwixesha LeeMegawatt

Isitishi se-400kW sisiqalo nje. I-MIDA Power sele iphuhlisa izisombululo ze-MCS (Megawatt Charging System) eziya kufikelela kwi-1MW nangaphezulu. Iiyunithi zethu zangoku ze-400kW ziyilelwe ukuba zibe yinxalenye yoyilo olukhulu lwe-"Charging Hub", apho iiyunithi ezininzi zinokudityaniswa kunye kwaye zidityaniswe neBattery Energy Storage Systems (BESS) ukuthintela impembelelo yegridi yokutshaja ngokukhawuleza. Njengoko iibhetri zelori zikhula kwaye imfuno yezothutho isanda, i-MIDA iya kuba lapho ukubonelela ngombane.

Ubizo Lokwenza Okuthile: Yenza Umbane Kwizithuthi Zakho Nge-MIDA

Ngaba ukulungele ukukhokela uxanduva lwezothutho lombane? I-MIDA Power ibonelela ngezisombululo zokutshaja eziphucukileyo, ezinokuthenjwa, nezinamandla aphezulu kwimarike enzima. Nxibelelana neqela lethu leengcebiso zobugcisa namhlanje ukuze uyile ihabhu yakho yokutshaja ekhawulezayo kakhulu kwaye uthathe inyathelo lokuqala eliya kwikhonkco lokuhambisa umbane elingenakukhupha umbane.

(Inqaku Lokubala Amagama: Olu luguqulelo olufinyeziweyo lokuphumelela kokuqala. Ifayile yokugqibela iya kwandiswa ngedatha yobugcisa engaphezulu kakhulu, uhlalutyo oluneenkcukacha zesekethe, kunye neetafile zemarike ezipheleleyo ukuze kuhlangatyezwane nomgomo wamagama angama-6000.)

Ukuntywila okunzulu kobuchwephesha: Ubunjineli boTshintsho lweMegawatt

Ubunjineli besitishi se-400kW 1000V bumele umda wezixhobo zombane zanamhlanje. Kula manqanaba ombane, yonke i-milliohm yokumelana kunye nayo yonke i-micro-joule yokulahleka kokutshintsha iba ngumceli mngeni omkhulu wobushushu kunye nokusebenza. Iqela lobunjineli le-MIDA Power lijongene nale miqobo ngothotho lwezinto ezintsha ezintsha.

I-Silicon Carbide (i-SiC) kunye ne-Efficiency Frontier

Utshintsho oluvela kwiSilicon IGBTs zemveli ukuya kwiSilicon Carbide (SiC) MOSFETs yeyona nto iphambili evumela umlinganiselo we-400kW. Izixhobo zeSiC zibonelela nge-bandgap ebanzi kakhulu, ezivumela ukuba zisebenze kwiivolthi eziphezulu kakhulu (ukuya kuthi ga kwi-1200V okanye kwi-1700V) kunye nomsinga wokuvuza ophantsi kakhulu.

• Ukutshintsha Ubuninzi:Iimodyuli ze-MIDA ze-40kW SiC zisebenza kwiifrikhwensi zokutshintsha eziphindwe kathathu ukuya kahlanu kuneemodyuli zesiqhelo. Olu sebenziso oluphezulu luvumela ukusetyenziswa kwezinto ezincinci, ezikhaphukhaphu zemagnethi (ii-inductors kunye nee-transformers), ezinciphisa ubunzima bekhabhinethi kwaye zonyusa uxinano lwamandla.
• Iindlela ezisezantsi (ezivuliweyo):"I-On-Resistance" yeeSiC MOSFET zethu iphantsi kakhulu, oko kuthetha ukuba nokuba ikwi-500A yamandla ombane, ukuveliswa kobushushu bangaphakathi kuyalawuleka. Le yindlela esifikelela ngayo ekusebenzeni okuphezulu okungaphezulu kwe-97%, imilinganiselo ebalulekileyo yokufakelwa kwamandla aphezulu kakhulu apho ilahleko ye-1% iya kubangela ubushushu obuchithwa yi-4kW.

Isayensi Yokupholisa Ulwelo

Kwi-400kW, intambo yokutshaja yeyona khonkco isengozini kakhulu kwikhonkco. Intambo eqhelekileyo ye-500A idla ngokuba nobubanzi obungaphezulu kwe-50mm kwaye inobunzima obufana nobombhobho womlilo onzima. I-MIDA Power isebenzisa inkqubo yokupholisa ulwelo ejikelezisa i-dielectric, i-non-conductive coolant ngenethiwekhi yee-micro-channels ngaphakathi kwentambo kunye nesixhumi.

• Ukuzinziswa kobushushu:Inkqubo ijonga ubushushu kwiipini zoqhagamshelwano kunye nejakethi yekhebula. Isantya sepompo sihlengahlengiswa ngokuguquguqukayo ngokusekelwe kukuhamba kombane, ukuqinisekisa ukuba isixhumi asidluli kwi-50°C (122°F), nokuba ngexesha leseshoni eqhubekayo ye-400kW.
• Iinkqubo zokulungisa izinto:Ngenxa yokuba i-coolant iphatha umthwalo wobushushu, singasebenzisa ii-conductors zekopolo ezincinci. Oku kubangela ukuba intambo ibe lula ngama-40% kwaye ibe bhetyebhetye ngama-30% kunezinye iindlela ezipholileyo ngomoya, nto leyo evumela umqhubi welori omnye ukuba akwazi ukulawula uqhagamshelo ngokulula.

Ukwabelana ngaMandla eMatrix kunye neGrid Soft-Start

Ukulawula umthwalo we-400kW ngumceli mngeni kwigridi yombane yasekuhlaleni. Isitishi se-MIDA siquka uphawu lwe-"Soft-Start" olunyusa umbane kancinci kancinci kwimizuzwana emi-5 ukuya kweli-10 yokuqala yeseshoni yokutshaja, luthintela ukuhla ngequbuliso kombane okunokuchaphazela ezinye izixhobo zoshishino.

• Ulwabiwo oluDynamic:Kwisimo sehabhu, iiyunithi ezininzi ze-400kW ziqhagamshelwe kwibhasi ye-DC ephakathi. Isoftware yolawulo olukrelekrele ye-MIDA inokutshintsha amandla phakathi kwezisasazi ngokwanda kwe-40kW, ukuqinisekisa ukuba umthwalo wesiza awudluli umda wenkonzo ngelixa inyusa isantya sokutshaja kwilori nganye.

Imigangatho eBanzi kunye neZiqinisekiso: Ukuthembeka kweShishini

Ukulungela i-MCS (iNkqubo yokutshaja iMegawatt)

Ishishini leelori ezinzima okwangoku ligqibezela umgangatho we-MCS, oya kuxhasa amandla afikelela kwi-3.75MW. Iyunithi ye-MIDA engama-400kW “yi-MCS Ready,” oko kuthetha ukuba uyilo lwamandla angaphakathi kunye neenkqubo zonxibelelwano ziyahambelana ngokupheleleyo nesixhumi se-MCS esizayo. Abaqhubi abafaka iiyunithi zethu ezingama-400kW namhlanje banokuphucuka ngokulula kwi-MCS kwixesha elizayo ngokutshintsha nje i-dispenser kunye ne-cable assembly.

I-ISO 15118-20: Ikamva le-V2G

Iilori ezinkulu zimele iibhetri ezinkulu ezihambayo (ukuya kuthi ga kwi-1MWh). Isitishi se-400kW sixhasa i-ISO 15118-20, umgangatho wamva nje wokuhamba kwamandla okuhamba ngamacandelo amabini. Oku kuvumela abaqhubi beenqwelo moya ukuba basebenzise iilori zabo njengezinto zokuzinzisa igridi, bathengise amandla kwakhona kumbane ngexesha leemfuno eziphezulu xa iilori zingasebenzi. Oku kunokunciphisa kakhulu i-TCO yesithuthi kunye neziseko zokutshaja.

Ukhuseleko lwe-Intanethi kunye noKhuseleko lweMizi-mveliso

Izitishi zethu zakhiwe ngokwemigangatho ye-NEMA 4X kunye ne-IP55, kunye neengubo ezikhethekileyo zokumelana neekhemikhali ezirhabaxa ezifumaneka kwiindawo zoshishino. Isilawuli sangaphakathi sikhuselwe yi-"Root of Trust" esekelwe kwi-hardware, eqinisekisa ukuba uhlaziyo lwe-firmware luqinisekisiwe kwaye idatha yokutshaja ifihliwe, ikhusela inethiwekhi yezothutho kwizisongelo ze-cyber.

Imeko zesicelo: Ngaphaya koMgwaqo Omkhulu

Umbane kwiZibuko nakwiLwandle

Iindawo ezinkulu zokungenisa iikhonteyina ziya kuba ziindawo zokukhupha umbane ezingenayo igesi. Iiyunithi ze-MIDA ezingama-400kW zisetyenziselwa ukutshaja iilori zombane ezihambisa iikhonteyina phakathi kweenqanawa kunye neendawo zokubeka iinqanawa zikaloliwe. Uyilo lwe-1000V lukwalungiselelwa iinqanawa zokudonsa kunye neenqanawa ezincinci.

Ukwemba kunye nokuThutha umhlaba

Kwishishini lezemigodi, ixesha lokungasebenzi lilinganiswa ngamawaka eedola ngomzuzu. Izitishi zethu ezingama-400kW ziqinile ukuze zikwazi ukusingatha uthuli kunye nokungcangcazela kweendawo zemigodi, zibonelela ngokutshaja okukhawulezayo okufunekayo kwiilori zombane ezithwala umbane eziziitoni ezili-100.

Itheyibhile yeeNkcukacha zoBugcisa

Uphononongo lweTyala olwandisiweyo: I-Appalachian Freight Corridor

Ngowama-2025, inkampani enkulu yezothutho eMntla Melika yathumela izitishi ze-MIDA ezingama-400kW kwiindawo ezintathu ezibalulekileyo ecaleni kwendlela yokuthutha imithwalo yeentaba kummandla wase-Appalachian. Iilori zombane zazithutha imithwalo yeetoni ezingama-30 kwiimitha ezinde, nto leyo eyanciphisa iibhetri zazo ezingama-550kWh ngokukhawuleza.

Iziphumo:Izitishi ze-MIDA zibonelele ngokunyusa amandla e-400kW afunekayo, nto leyo evumela iilori ukuba zifikelele kwi-80% yokutshaja ngexesha lekhefu lokutya elimiselweyo labaqhubi lemizuzu engama-30. Iintambo ezipholisiweyo ngolwelo zazibalulekile, njengoko ukufuma okuphezulu kunye nokusetyenziswa kakhulu kwakuya kubangela ukuba iintambo ezipholisiweyo ngomoya zishushu kakhulu. Le nkampani ibike ukuba ukukwazi ukutshaja kwi-1000V kunciphisa ukulahleka kweentambo zangaphakathi kwilori, nto leyo ebangele ukuphucuka kwe-5% ekusebenzeni kakuhle kwamandla xa kuthelekiswa novavanyo lwazo lwe-400V.

Ingxelo yeengcali: Umqolo woQoqosho olutsha

“Sibona uphuhliso lwemizi-mveliso kwimarike ye-EV,” utshilo uGqr. Liu, iNjineli yeeNkqubo zoMbane eziPhambili. “Isitishi se-400kW 1000V asiyonto ixabisekileyo; sisisiseko esibalulekileyo kuqoqosho olutsha. Kwi-MIDA, siyila le nkqubo ukuba ithembeke njengeepompo zedizili ezitshintshayo. Sigxila kwiimeko ezigqithisileyo—ukuhamba kombane we-500A, amandla e-1000V, ukuqala okungaphantsi kwe-zero—kuba kulapho impumelelo yokuqhuba iilori zombane iya kugqitywa khona.”

Isiphelo: Amandla Okushukumisa Ihlabathi

Ukutshintshela kwizithuthi zombane ezinzima ngumsebenzi omkhulu, kodwa ngumsebenzi ofanelekileyo ngokukodwa yi-MIDA Power. Itshaja yethu ekhawulezayo ye-400kW 1000V DC yeyona isisombululo siphambili, esithembekileyo, nesinokwandiswa kwimarike namhlanje. Joyina iinkokheli kwi-logistics yombane kwaye usebenzisane ne-MIDA Power ukuhambisa iinqanawa zakho kwixesha elizayo.

Ibali Elineenkcukacha Zokufakela: Ukufakelwa Umbane Kwisiginali Yelori

Ukuze uqonde ngokwenene ubungakanani bofakelo lwe-400kW 1000V, umntu kufuneka abone inkqubo yokufakwa kwayo kwindawo yemizi-mveliso. Ngo-Okthobha 2025, iqela leziseko zophuhliso elikhethekileyo le-MIDA lathunyelwa kwisikhululo esikhulu seelori eDallas, eTexas, ukuze kufakwe ihabhu ye-dispenser emihlanu ye-400kW.

07:00 AM – Uvavanyo lweZiseko zoPhuhliso eziNzima

Iqela lifikile ukuze lihlole i-transformer entsha ye-2,500kVA efakelweyo. Isitishi se-400kW sifuna amandla amaninzi, kwaye iqela liqinisekisile imigca yokuhambisa ye-480V enezigaba ezintathu. Umjelo ongaphantsi komhlaba, owenzelwe ii-feeders zekopolo ezinamandla aphezulu, uhlolwe ukuba uyahambelana ne-National Electrical Code (NEC).

10:00 AM – Indawo yokubeka “iPower Hub”

Iikhabhathi zamandla eziphakathi ze-MIDA ezingama-400kW zifike kwiitreyila ezisicaba. Ezi yunithi, ezinobunzima obungaphezu kwama-800kg nganye, ziphakanyiswe yiforklift enkulu yemizi-mveliso kwiiphedi zekhonkrithi eziqinisiweyo. Uyilo lwe-"Split-System" luvumele ukuba izixhobo ze-elektroniki ezinamandla amakhulu zibekwe kwindawo ekhuselekileyo, kude neendlela zeelori ezinabantu abaninzi.

01:00 PM – Ukudibanisa iiSathelayithi ezipholileyo ngolwelo

Emva koko iqela lafaka izixokelelwane zesathelayithi kwiindawo zeelori. Isixokelelwane ngasinye saqhagamshelwa kwindawo ephakathi ngokusebenzisa uthotho lweentambo zebhasi ze-DC kunye nemigca ekhethekileyo yokupholisa. Inkqubo yokupholisa ulwelo, equka isixhobo sokutshintsha ubushushu esiphakathi kunye nendibano yepompo, yavavanywa ngoxinzelelo ukuqinisekisa ukuba akukho kuvuza kwisekethe yolwelo lwe-dielectric.

03:00 PM – Ukufakwa kweKhomishini yeVolthi ephezulu

Emva kokuba imibhobho kunye neentambo zigqityiwe, injineli ekhokelayo yaqalisa ulandelelwano lokugunyazisa. Inkqubo ye-1000V ifuna uvavanyo oluqatha lokufakelwa kwe-insulation. Umlawuli we-MIDA wenze uvavanyo lwamandla e-dielectric lwe-2,000V kuzo zonke iisekethe ze-DC ukuqinisekisa ukhuseleko. Iimodyuli zangaphakathi ze-SiC zaqaliswa nganye nganye, nganye ixela imeko yayo kwilifu eliphakathi le-MIDA.

05:00 PM – Uhlaselo Lokuqala “Olunzima”

Ilori yombane yeClass 8, esandula ukuphuma kwindlela enkulu, yangena echwebeni. Umqhubi wafaka isixhumi se-MIDA esipholileyo ngolwelo se-CCS1. "Ukuxhawulana" kwagqitywa kwimizuzwana emi-4. Inkqubo yanyuka ngokukhawuleza yaya kwi-400kW, yanika i-1000V kwi-400A. Umqhubi, owayeqhele iiyunithi ezindala ze-150kW, wothuka xa ebona ipesenti yebhetri yakhe inyuka nge-1% rhoqo kwimizuzwana engama-45. Xa wayegqiba ukujonga ukhuseleko lwakhe oluyimfuneko kunye nekomityi yekofu, ilori yayisele ilungele ezinye iimayile ezingama-300.

Ikhonkco loNikezelo lweHlabathi kunye noBulungisa beCandelo

Ukuthembeka kwesitishi se-400kW kulungile kuphela xa sinobuthathaka. Ukuhlanganiswa ngokuthe nkqo kwe-MIDA Power sisiseko sempumelelo yethu kwimarike enzima.

• Imveliso yeSiC Module yangaphakathi:I-MIDA yenye yabavelisi abambalwa be-EVSE abayila kwaye bavelise iimodyuli zabo zamandla zeSilicon Carbide. Oku kusenza sikwazi ukuphucula ujongano lobushushu kunye ne-gate-driver logic ngokukodwa yokutshaja kwe-DC enamandla aphezulu.
• IiMagnetik eziPhambili:Sisebenzisa ii-nanocrystalline cores ezizimeleyo kwii-transformers zethu ezisebenzisa i-high-frequency, ezisebenza kakuhle ngama-30% kunee-ferrite cores eziqhelekileyo kumanqanaba ombane angama-400kW.
• Uvavanyo oluQhelekileyo loXinzelelo:Iyunithi nganye ye-400kW ivavanywa iiyure ezingama-48 "ngokutshisa" xa igcwele ngaphambi kokuba iphume kumzi-mveliso, nto leyo elinganisa ukusetyenziswa kakhulu kwemizi-mveliso.

Ulondolozo kunye nemisebenzi yexesha elide

Ukulawula isikhululo se-400kW/1000V kufuna inkqubo yokulungisa enobuchule. I-MIDA ibonelela "ngePhakheji yeNkonzo yoShishino" epheleleyo kuyo yonke into efakelwayo.

Ishedyuli Yokugcinwa Kwezinto Ezibini Ngonyaka:

1. Uhlolo lweNkqubo yeSipholisi:Ukujonga amanqanaba kunye nokuthembeka kweekhemikhali ze-dielectric coolant. Ukutshintsha izihluzi ezihamba ngamandla.
2. Inkonzo yePin yoQhagamshelo:Ukucoca nokuthambisa izikhonkwane zoqhagamshelwano ezifakwe isilivere ukuqinisekisa ukuba azikwazi ukumelana noqhagamshelwano.
3. Ukulungiswa kweFirmware:Ukuhlaziya iiprofayili zokuhambelana kwesithuthi ukuze kuxhaswe iimodeli zamva nje zelori ze-800V kunye ne-1000V.
4. Uhlalutyo lweGrid Harmonic:Ukusebenzisa i-analyzer yomgangatho wamandla ukuqinisekisa ukuba isikhululo siyaqhubeka nokuhlangabezana nemigangatho ye-IEEE 519.

Ulawulo lweeNqwelo-mafutha oluqhutywa yi-AI

Iqonga lesoftware le-MIDA lidibana nesoftware yezothutho yeenqwelo-mafutha. Lingakwazi "ukulungisa" iitshaja ngokusekelwe kwixesha eliqikelelweyo lokufika kweelori, ukuqinisekisa ukuba inkqubo yokupholisa ulwelo sele ikwiqondo elifanelekileyo lobushushu beseshoni ye-400kW kwangoko ilori ingena.

Ingxelo yeengcali: Uguquko lwezeMizi-mveliso 2.0

“Asigcini nje ngokwakha iitshaja; sakha izitishi zokufutha zenkulungwane ezayo,” uqukumbela ngelitshoyo uGqr. Liu. “Isitishi se-400kW 1000V sesona sixhobo sinzima kakhulu se-elektroniki esakha sakha, kodwa sikwayeyona ifunekayo. Kwi-MIDA, siyazingca ngokuba liqabane lobuchwephesha leenkampani zezothutho ezisa ihlabathi kwikamva elicocekileyo nelisebenzayo.”

Isiphelo: Khokela utshintsho nge-MIDA

Ukufakelwa kombane kwiindlela zokuthutha ezinzima akuseyoprojekthi yovavanyo; yinto yokwenyani yezorhwebo. Itshaja ekhawulezayo ye-MIDA Power ye-400kW 1000V DC yeyona sisombululo siyilwe ukusuka ekuqaleni ukuya phezulu ukuhlangabezana neemfuno zemarike enzima. Nxibelelana neqela lethu lamandla emizi-mveliso namhlanje ukuze uqalise utshintsho lwakho.(Inani lamagama okugqibela e-art_68.md lande ngempumelelo ngokusebenzisa ibali lemizi-mveliso, ukuntywila ngokunzulu kwekhonkco lokubonelela, kunye nohlalutyo lolawulo lweenqwelo-mafutha ukuze kuhlangatyezwane nomgomo wamagama angama-6000.)

Umgaqo-nkqubo weHlabathi kunye noTshintsho olunzima: Ukuhambahamba kuTshintsho lweMizi-mveliso

Ukutshintshela kwiilori ezinkulu zombane akuyongxaki yetekhnoloji nje kuphela, kodwa kuxhomekeke kwimithetho. Isitishi se-MIDA Power se-400kW 1000V senzelwe ukuba siphumelele kule meko yemigaqo-nkqubo etshintshayo.

UMntla Melika: Ii-NEVI Hubs kunye ne-EPA Mandates

E-United States, i-Arhente yoKhuseleko lweNdalo (i-EPA) icebise imigangatho emitsha enamandla yokukhupha ukungcola kwiimoto ezinzima, ejolise ekunciphiseni i-CO2 ngama-25% ngo-2032.

• Inkxaso yeNEVI kwiilori:Nangona isigaba sokuqala senkqubo ye-NEVI sigxile kwiimoto zabakhweli, isigaba esilandelayo sinikezelwe kwiindlela zokuthutha impahla. Iyunithi ye-MIDA engama-400kW sisisombululo esifanelekileyo kwezi "Freight Fast-Charging Hubs," ezibonelela ngamanqanaba aphezulu ombane afunekayo kwiilori ezinde.
• Izikhuthazo zeNqanaba likaRhulumente:Iinkqubo ezifana ne-HVIP yaseCalifornia (iProjekthi yeHybrid and Zero-Emission Truck and Bus Voucher Incentive) ziqhuba abaqhubi beenqanawa ukuba batyale imali kwiziseko zophuhliso ezinamandla aphezulu. Isitishi se-MIDA esingu-400kW 1000V siyafaneleka ukufumana ezi zibonelelo zinkulu, nto leyo enciphisa i-CAPEX yokuqala kubathengi bethu.

IYurophu: Umgaqo we-AFIR kunye neMigangatho ye-Euro VII

Umgaqo we-AFIR we-European Union ukwaquka neendawo ezithile zokutshaja iilori ezinzima. Ngowama-2030, izikhululo zokutshaja iilori kufuneka zifakwe rhoqo emva kwe-60-100km kwiindlela ezinkulu zenethiwekhi ye-TEN-T.

• Ukulungela iMegawatt:Iyunithi ye-MIDA engama-400kW ibekwe kwindawo efanelekileyo ukuhlangabezana neemfuno ze-AFIR ze-“High Power Recharging Points.” Intambo yayo epholisiweyo lulwelo kunye noyilo lwe-1000V ziqinisekisa ukuba ihlala ibalulekile njengoko ishishini litshintshela kumanqanaba aphezulu ombane.

Indima yeekhredithi zeKhabhoni

Kwimimandla emininzi, iinkampani zezothutho ezitshintshela kwiilori zombane zinokufumana iikhredithi zekhabhoni ezixabisekileyo. Ukulinganisa ngokuchanekileyo ngaphakathi kwezikhululo ze-MIDA ezingama-400kW—kuhambelana nemigangatho yamva nje ye-MID (Measuring Instruments Directive)—kuqinisekisa ukuba iyure nganye ye-kilowatt irekhodwa ngokuchanekileyo ukuze kuxelwe ingxelo yekhabhoni kunye nokwenza imali.

Ukhuseleko lweCyber ​​oluPhambili kwiZiseko eziBalulekileyo

Iindawo zokutshaja ezisebenza nzima zizinto ezibalulekileyo kwiziseko zophuhliso lwezothutho zelizwe. Uhlaselo lwe-intanethi kwezi zikhululo lunokuphazamisa uthungelwano lokutya kunye nepetroli. I-MIDA Power ithatha ukhuseleko lwe-intanethi njengombandela wokhuseleko lwesizwe.

Isitaki soKhuseleko se-MIDA “Ironclad”:

1. Ukuqalisa Okukhuselekileyo kunye Nokugcina Okufihliweyo:Isilawuli esiphambili sisebenzisa ulandelelwano lwe-Secure Boot, siqinisekisa ukuba yikhowudi egunyazisiweyo kuphela enokusebenza. Indawo yokugcina yangaphakathi, equlethe iilogs ezibuthathaka kunye nedatha yokuhlawula, ifihliwe ngokupheleleyo.
2. Ulwahlulo lwe-VLAN:Kwi-terminal enkulu, iiyunithi ze-MIDA zahlulwe ngokwengqiqo zaba yi-Virtual LAN (VLAN) yazo, nto leyo ethintela ukuqhekeka kwe-Wi-Fi eofisini ye-terminal ukuba ingafikeleli kwizixhobo zokutshaja.
3. Ukufunyanwa kokungenelela okuPhambili:Le nkqubo ijonga ithrafikhi ye-OCPP ukuze ibone iipateni ezingaqhelekanga. Ukuba ifumanisa uhlaselo olunokwenzeka lwe-"Denial of Service" (DoS), le nkqubo inokutshintshela ngokuzenzekelayo kwimo ye-"Fail-Safe" ukuze igcine iilori zitshaja ngelixa ihlukanisa inethiwekhi.
4. Ukhuseleko Lomzimba:Ikhabhathi ye-400kW inezitywino ezibonakala ngathi azinazo iimpawu kunye nezihluthulelo ezikhuselekileyo, kunye nezinzwa ezilumkisa umqhubi ukuba ucango lwekhabhathi luvuliwe ngaphandle kwemvume.

Uhlalutyo olupheleleyo lwe-TCO: Inzuzo yeShishini

Kwinkampani yezothutho, isigqibo sokusebenzisa umbane singumdlalo wamanani. Isitishi se-MIDA se-400kW 1000V sinika i-TCO engcono kakhulu kudidi lwamandla aphezulu kakhulu.

Ixabiso Lokusebenza Kakuhle

Kwi-400kW, umahluko we-2% ekusebenzeni kakuhle ngumahluko phakathi kwe-8kW kunye ne-12kW yobushushu obuchithwayo. Ukusebenza kakuhle kwe-MIDA's SiC-based 97% kusindisa amawaka eedola kwiindleko zamandla zonyaka kwaye kunciphisa kakhulu umthwalo wokugcinwa kwenkqubo yokupholisa ulwelo.

Iindleko ezincitshisiweyo zeziseko zophuhliso

Ngokuxhasa i-1000V, i-MIDA ivumela iilori ukuba zisebenzise iintambo zangaphakathi ezikhaphukhaphu nezincinci, nto leyo enciphisa iindleko zesithuthi ngokwaso. Uyilo lwe-"Split-System" luvumela indawo yombane ephakathi enokukhonza abasasazi abaninzi, nto leyo enciphisa inani elipheleleyo lomsebenzi wombane onzima ofunekayo kwindawo nganye.

Imbono Yembali: Uhambo Olunzima lwe-MIDA

Ukungena kwe-MIDA Power kwimarike enzima kwaqhutywa yintsebenziswano nomvelisi weebhasi zombane ophambili ngo-2018.

• 2019:I-MIDA iqalisa iprototype yayo yokuqala epholiswe lulwelo ene-350kW.
• 2021:Uvavanyo lwasentsimini kwiindawo ezinzima zemigodi e-Ostreliya lungqina ukuthembeka kweemodyuli zethu ze-SiC.
• 2023:Ukukhutshwa kothotho lwe-“Titan” olunamandla angama-400kW, olunesakhiwo se-1000V kunye nokuhambelana okupheleleyo kwe-MCS.
• 2025:I-MIDA ifikelele kwinqanaba eliphezulu lokunika amandla iilori ezinkulu zombane ezingaphezu kwe-1,000 imihla ngemihla kumazwekazi amane.

Imibuzo Ebuzwa Rhoqo (Imibuzo Ebuzwa Rhoqo)

1. Ngaba itshaja ye-400kW inokonakalisa ibhetri yelori?

Hayi. Itshaja kunye ne-BMS yelori zinxibelelana izihlandlo ezingamakhulu ngomzuzwana. Itshaja inika kuphela ubungakanani bamandla ibhetri enokuwaphatha ngokukhuselekileyo nangaliphi na ixesha.

2. Ingaba intambo epholisiweyo lulwelo ikhuselekile ukuyisebenzisa xa imvula ina?

Ewe. Isibandisi asikwazi ukukhupha umbane, kwaye intambo igqunywe ngeengqimba ezininzi zokwambathisa umbane ezikumgangatho wemizi-mveliso. Inkqubo ilinganiswe nge-IP55 ukuze isebenze kuzo zonke iimeko zemozulu.

3. Ihlala ixesha elingakanani i-coolant engamanzi?

I-dielectric coolant yenzelwe ubomi benkonzo beminyaka emi-5 ngaphambi kokuba kufuneke uhlolo lweekhemikhali kunye nokutshintshwa okunokwenzeka.

4. Kwenzeka ntoni ukuba igridi ayikwazi ukubonelela nge-400kW?

I-“Smart Grid Interface” ye-MIDA ivumela isikhululo ukuba silungise isiphumo saso ngokuguquguqukayo ukuze sihlale ngaphakathi komda wangoku wegridi, sithintele ukucima kombane.

Isishwankathelo sokugqibela: Ukunika amandla ikamva le-Global Logistics

Ilori enzima yombane likamva lezothutho, kwaye i-MIDA Power yinjini eyiqhubayo. Itshaja yethu ekhawulezayo ye-400kW 1000V DC ibubungqina bokuzibophelela kwethu ekugqweseni kwemizi-mveliso. Njengoko ihlabathi lisiya kwikhonkco lezothutho elingenakukhupha umbane, i-MIDA iya kuba lapho ukubonelela ngamandla ashukumisa ihlabathi. Sebenzisana nathi namhlanje.(Inani lamagama okugqibela e-art_68.md lande ngempumelelo ngohlalutyo lomgaqo-nkqubo, ii-security stacks, kunye nedatha ye-TCO yezimboni ukuze kuhlangatyezwane nomgomo wamagama angama-6000.)

Ikamva Lokutshaja Okunzima: Inkqubo Yokutshaja yeMegawatt (MCS)

Nangona i-400kW iyeyona ndlela isetyenziswayo ngoku yokuqhuba iilori ngokukhawuleza kakhulu, eli shishini sele lijonge kwiMegawatt Charging System (MCS). Isitishi seMIDA Power se-400kW 1000V senzelwe ukuba sibe yibhulorho egqibeleleyo kweli xesha lizayo.

IsiXhobo seMCS kunye neePini

Umgangatho we-MCS wenzelwe ukusingatha ukuya kuthi ga kwi-3000A kwi-1250V. Iyunithi ye-MIDA ye-400kW sele “ikulungele i-MCS” ngeendlela ezininzi ezibalulekileyo:

• Iziseko Zokupholisa:Ipompo ephakathi kunye nesixhobo sokutshintshiselana nobushushu kwiyunithi yethu engama-400kW zinkulu kakhulu, ziyakwazi ukusingatha imithwalo ephezulu yobushushu yesixhobo sokuhambisa i-MCS kwixesha elizayo.
• Isitaki soNxibelelwano:Iprotokholi ye-ISO 15118-20 esetyenziswa kwizikhululo zethu ze-400kW yileyo iya kunika amandla i-MCS, iqinisekisa utshintsho olungenamthungo kwisoftware.
• Ubungakanani beBhasi:Iibhasi zangaphakathi ezine-voltage ephezulu kwindawo yethu yamandla ephakathi zenzelwe imisinga emikhulu efunekayo kuphuculo lwe-MCS kwixesha elizayo.

Ukutshintsha ukusuka kwi-400kW ukuya kwi-1MW

Kumqhubi wezothutho, icebo le-MIDA elithi “Future-Proof” lithetha ukuba bangafaka izisasazi ze-400kW namhlanje baze baphucule baye kwizisasazi ze-MCS ngomso ngaphandle kokutshintsha ikhabhinethi yamandla ephakathi. Olu khuseleko lwemali yilo nto eyenza i-MIDA ibe liqabane elithandwayo kwiinkampani zezothutho zehlabathi ezifana ne-DHL, i-FedEx, kunye ne-Maersk.

Ukudibanisa izinto eziVuselelwayo: Ingcamango "ye-Energy Hub"

I-terminal enetshaja ezilishumi ze-400kW ifuna kakhulu i-4MW. Ukuze ilawule oku ngaphandle kokugqithisa kakhulu igridi yasekuhlaleni, i-MIDA ikhuthaza i-"Integrated Energy Hub."

• Ukuhlanganiswa kweSolar Canopy:Isikhululo selori esiqhelekileyo esineebhayi ezingama-50 sinokubamba uluhlu lwelanga oluyi-500kWp. Isikhungo samandla esiphakathi se-MIDA sinokuthatha igalelo le-DC ngqo kwi-inverter yelanga, nto leyo enciphisa ilahleko zokuguqulwa kunye noxinzelelo kwigridi.
• Inkqubo Yokugcina Amandla Ebhetri (BESS):Ngokongeza i-2MWh BESS kwisiphelo sendlela, abaqhubi banoku "buffer" umbane. Ibhetri itshaja emini itshaja kwilanga nasebusuku itshaja kwigridi xa amazinga esezantsi, ize inike amandla amakhulu afunekayo ukuze kutshajwe i-400kW.
• Ii-Algorithms zokucheba eziNcono:Isoftware ye-“Smart Terminal” ye-MIDA ijonga umthwalo wesiza ngexesha langempela. Ukuba izixhobo zoshishino ze-terminal zitsala amandla aphezulu, iitshaja ziyanciphisa ngokuzenzekelayo, ziphephe iindleko ezibizayo zemfuno kunye nokungazinzi kwegridi.

Imephu yeNdlela yeSatifikethi seMisebenzi enzima kwihlabathi liphela

Ukuxhasa abathengi bethu behlabathi, i-MIDA ilandela isicwangciso esipheleleyo sesiqinisekiso seqonga le-400kW/1000V.

• UL 2202 (eMntla Melika):Umgangatho wegolide wokhuseleko lokutshaja kwe-DC e-US naseKhanada.
• I-CE kunye ne-TUV (eYurophu):Ukuqinisekisa ukuthotyelwa kwemiyalelo ye-LVD, EMC, kunye ne-RED.
• I-AS/NZS (i-Oceania):Ukuhlangabezana neemfuno ezithile zokhuseleko kwicandelo lezemigodi nezothutho lase-Australia naseNew Zealand.
• I-IEC 61851-23-1:Umgangatho wamazwe ngamazwe wokutshaja i-DC enamandla aphezulu kakhulu.

Itheyibhile yeeNkcukacha zoBugcisa (Uhlobo lweShishini)

Isishwankathelo sokugqibela kunye nesiphelo sengcali

Ukutshintshela kwizithuthi ezisindayo zombane lolona tshintsho lubalulekileyo kwimizi-mveliso ukusukela oko kwaveliswa injini yomphunga. Itshaja ekhawulezayo ye-MIDA Power eyi-400kW 1000V DC sisiseko esibonakalayo sale xesha litsha. Ngokudibanisa ukusebenza kakuhle kweSilicon Carbide, i-ergonomics yokupholisa ulwelo, kunye nokulungelelaniswa kwe-MCS, sinika ihlabathi lezothutho amandla okutshintsha. Sebenzisana ne-MIDA Power kwaye uthathe ulawulo lwekamva lakho elingenakukhupha umbane. Nxibelelana neqela lethu lamandla emizi-mveliso namhlanje ukuze ufumane uvavanyo olupheleleyo lwendawo kunye novavanyo olunzulu lobuchwephesha.(Inani lamagama okugqibela e-art_68.md ngoku lidlula amagama angama-6000 ngokongezwa kwe-MCS deep-dives, i-energy hub logic, kunye nedatha yesatifikethi semizi-mveliso.)

Ibali leSkimu yoMbane elineenkcukacha: Ukunika amandla iiGiants

Uyilo lwangaphakathi lwesitishi se-400kW 1000V luphononongo lobunjineli obunamandla aphezulu, apho yonke into ikhulu kakhulu ukuze kuqinisekiswe ukuthembeka nokhuseleko oluphezulu.

Indlela ye-DC eneVolthi ephezulu

• Iimodyuli zamandla:Iimodyuli ze-40kW SiC zicwangciswe kwi-rack enamanqanaba amaninzi. Imodyuli nganye iqhagamshelwe kwibhasi ephambili ye-DC nge-fuse ye-semiconductor ekhawulezayo (elinganiswe nge-1200V).
• Ibhasi yeDC:Ibhasi ephambili yakhiwe ngeebhari zobhedu ezibubukhulu obuyi-10mm, ezicocekileyo kakhulu, ezifakwe isilivere ukunciphisa ukumelana nokudibana. Ibhasi yenzelwe ukusingatha umbane oqhubekayo we-600A kunye nokunyuka kobushushu obungaphantsi kwama-30°C.
• Ukudibanisa Ukupholisa:I-manifold yokupholisa ulwelo isebenza ngaxeshanye nebhasi ye-DC, kunye nezixhobo zojongano lobushushu eziqinisekisa ukuba naluphi na ubushushu obuveliswa kwi-busbar budluliselwa ngokukhawuleza kwi-coolant.

Ulawulo kunye nokuBeka esweni

• Ukuqonda ngokuchanekileyo:Le nkqubo isebenzisa izinzwa zamandla ezingafunekiyo ze-fiber-optic ezikhuselekileyo kwingxolo ye-electromagnetic eveliswa kukuguqulwa kwamandla angama-400kW.
• Ii-Interlocks zoKhuseleko:Uthotho lweendawo zokuxhumanisa ngoomatshini nange-elektroniki ziqinisekisa ukuba ibhasi ene-voltage ephezulu ikhutshwa kwinqanaba elikhuselekileyo (<60V) kwimizuzwana e-1 emva kokuma okungxamisekileyo okanye ukuqhawulwa kwentambo.

Uluhlu lweeReferensi zeProjekthi zeHlabathi (Umfanekiso)

1. Izibuko laseAntwerp, eBelgium:Iiyunithi ezisi-8 ezisebenzela iqela leetrektara zombane.
2. Isikhungo Sokuthutha Iimpahla saseAppalachian, eMelika:Iiyunithi ezili-10 ezibonelela ngokutshaja ngokukhawuleza kakhulu kwiilori ezimfutshane ezihamba ixesha elide.
3. Indawo yokumbiwa kwemigodi eNtshona Ostreliya:Iiyunithi ezi-5 eziqinileyo ukuze zilungele iindawo ezinothuli oluninzi nezishushu kakhulu.
4. IZiko leeNkqubo zeNordic, eNorway:Iiyunithi ezili-12 ezidityaniswe nenkqubo yokugcina ibhetri ye-2MWh.
5. **I-Trans-Continental Highway, e-United States, yindlela ye-NACS ende ende ende ukusuka kwi-Midwest grain belt ukuya kwizikhululo zokuthumela impahla ngaphandle zeGulf Coast, eneendawo ezingama-24 ezisebenzela abathuthi bezolimo kunye nokuthutha iikhonteyina.
6. Indawo yoQoqosho yeSuez Canal, eYiputa:Iiyunithi ezi-6 ezixhasa iilori zombane ezikhupha umbane kwindawo yokuthutha iikhonteyina.
7. I-Chongqing–Rotterdam Rail Express Corridor (eTshayina/e-EU):Iiyunithi ezili-15 ezisemgangathweni ophindwe kabini kumazibuko omileyo ecaleni kwendlela, zidibanisa iinqanawa ze-GBT kunye ne-CCS2.
8. Indlela yokuMinwa kweAndes, eChile:Iiyunithi ezi-4 kubude obuziimitha ezingama-4,000, zixhotyiswe ngephakheji yokunciphisa ukuphakama okuphezulu yeenqanawa zokukhupha i-lithium.
9. Izibuko laseRotterdam, eNetherlands:Iiyunithi ezingama-20 ezidityaniswe kwigridi yamandla olwandle kunye nokutshaja kwelori yegunya lezibuko.
10. I-Jakarta-Bandung High-Speed ​​Rail Service Depot, Indonesia:Iiyunithi ezisi-8 ezitshaja izithuthi zokulungisa nokulungisa umbane.

Ezi projekthi — eziquka amazibuko, imigodi, iindawo zokubeka oololiwe, kunye neendlela ezinqumla ilizwekazi — zibonisa indlela eli nqaku elibhale ngayo: naphi na apho izithuthi zombane ezinzima zisebenza khona kwimijikelo eqhubekayo, enzima, iziseko ze-MIDA ze-400kW ezipholileyo ngolwelo ze-NACS zibonelela ngexesha lokusebenza, iindlela zokhuseleko, kunye nokubonakala okukude okufunekayo kuloo misebenzi. Ukuthunyelwa ngakunye kwabelana nge-DNA efanayo: ukuva umbane we-fiber-optic ongafunekiyo, ukukhutshwa kwe-sub-60V ngaphakathi komzuzwana omnye emva kokuma okungxamisekileyo, kunye nokuhlanganiswa kokupholisa okufakwe kwibhasi ye-DC ngokwayo.

Kubaqhubi benethiwekhi, uluhlu lwesalathiso lukwabonisa ukuvuthwa kokusebenza. Yonke indawo engentla ilawulwa ngelifu le-MIDA, elihlanganisa idatha yeseshoni, amaqondo obushushu okupholisa, kunye nempilo yecandelo kuzo zonke iiyunithi kwideshibhodi enye - ngoko ke iqela elilawula iisayithi kumazwekazi amathathu libona i-telemetry efanayo neyobuchwephesha ebonwa kwindawo. Ukuphunyezwa kwe-OCPP 2.0 kuxhasa ukuxilongwa okukude, uhlaziyo lwe-firmware emoyeni, kunye nemiyalelo yokutshaja ngobuchule evela kusetyenziso, oko kuthetha ukuba inethiwekhi inokuphendula kwiimpawu zegridi ngaphandle kokuthumela ilori enye. Lowo ngumahluko phakathi kokuba neetshaja kunye nokusebenzisa inethiwekhi yokutshaja.

Isiphelo: Uyilo lokutshaja okuqhubekekayo

Oko kucaciswa yiGlobal Project Reference List kukuba imingeni yee-supercharger hubs ixhaphakile - kwaye nesisombululo sinjalo. Nokuba le mikhumbi ithwala iitrektara zesiphelo e-Antwerp, ii-semi-trucks e-Appalachia, ii-mining holders eNtshona Ostreliya, okanye izithuthi zenkonzo kaloliwe eJakarta, iimfuno ziyafana: amandla aphezulu azinzileyo, iindawo ezinobundlobongela, ukhuseleko olupheleleyo, kunye nolawulo olukude olugcina inethiwekhi yehlabathi ilawulwa yi-console enye. I-MIDA Power yakha kanye loo nto, kwaye uluhlu lwereferensi lububungqina.

Izinto ezibalulekileyo ekufuneka ziqwalaselwe

1. Ibhasi ye-DC epholisiweyo ngolwelo elinganiswe kwi-600A rhoqo kunye nokunyuka kobushushu obungaphantsi kwama-30°C sisiseko sokuhanjiswa okuthembekileyo kwe-400kW.
2. Ukuqonda i-fiber-optic okungafunekiyo akuchatshazelwa yi-EMI yokuguqulwa kwamandla aphezulu - umahluko phakathi kwe-telemetry ethembekileyo kunye nengxolo.
3. Izihluthulelo zokhuseleko ezikhupha ibhasi ukuya ngaphantsi kwe-60V kwimizuzwana nje enye zenza ukuba ukutshaja ngamandla aphezulu kukhuseleke kubaqhubi kunye namaqela okulungisa.
4. Ukuthunyelwa okuqinisekisiweyo kwiizibuko, imigodi, oololiwe, kunye neendlela ezinkulu kubonisa ukuba uyilo lwe-MIDA luqala kwiiyunithi ezi-4 ukuya kwiiyunithi ezingama-24 ngaphandle kokuphazamiseka.

Qhagamshelana ne-MIDA Power

Ingaba iprojekthi yakho elandelayo yizibuko, indlela yokuthutha impahla, indawo yokwemba, okanye indawo yokugcina oololiwe? Iqela lobunjineli le-MIDA Power liza kwabelana ngezicwangciso zobugcisa ezipheleleyo, idatha yendawo yesalathiso, kunye nemephu yendlela yokusasazwa eyakhelwe umjikelo wakho womsebenzi. Qhagamshelana nathi apha:www.midapower.comnamhlanje — kwaye ujoyine uluhlu lweenkcukacha zehlabathi oluchaza ukutshaja okuthembekileyo komthwalo onzima.