Ishaja ye-DC ejwayelekile engu-90kW engu-120kw engu-180kw CHAdeMO CCS2 GBT Ezintathu Ezijwayelekile Zezimakethe Zomhlaba Wonke

Ishaja ye-DC ejwayelekile engu-90kW engu-120kw engu-180kw CHAdeMO CCS2 GBT Ezintathu Ezijwayelekile Zezimakethe Zomhlaba Wonke

I-Universal Hub: Ukuqonda Ukuguquka Komhlaba Wonke nge-MIDA Power's 90kW 120kw 180kw Multi-Standard DC Fast Charging Infrastructure

Esimweni esishintsha ngokushesha sokuhamba kwe-electromobility emhlabeni jikelele, ukwehluka kwezindinganiso zokushaja sekuyisikhathi eside kuyisithiyo kubaqhubi bemikhumbi, abahleli bomasipala, kanye nabahlinzeki benethiwekhi yokushaja yangasese. Njengoba umhlaba ushintsha kusuka ezinjinini zokushisa zangaphakathi, isidingo sesisombululo sehadiwe esivala igebe phakathi kwezinqubo zesifunda ezahlukene—i-CCS2 eYurophu nase-Oceania, i-CHAdeMO eJapane kanye nezimakethe ezincane, kanye ne-GBT eShayina kanye nemikhakha yezimboni ekhulayo—akukaze kube nzima kangaka. I-MIDA Power, iphayona kwezobuchwepheshe bamandla obusebenza kahle kakhulu, yethula i-90kW 120kw 180kw Three-Standard DC Charger: isikhungo samandla esiguquguqukayo esenzelwe ukusebenza njengesikhungo esiphezulu semakethe yomhlaba wonke. Lesi sihloko sihlola ubunzima bezobuchwepheshe, ukuma emakethe, kanye nesidingo samasu salesi sixazululo esinamazinga amaningi enkathini lapho ukusebenzisana kuyisisusa esiyinhloko se-ROI yengqalasizinda.

Umongo Wemakethe Nenqubomgomo: Isidingo Samasu Sokusebenzisana

Imakethe yezimoto zikagesi zomhlaba wonke (i-EV) ayiseyona inhlangano eyodwa. Ngenkathi imboni ibona ukuhlanganiswa kwe-Combined Charging System (CCS) ezimakethe zaseNtshonalanga kanye nokubusa kwe-GBT eMpumalanga, iqiniso lokusebenza kwezinkampani eziningi ze-logistics kanye nezindawo zokushaja zomphakathi liwukuthi kuhlale ndawonye. Imiyalelo yenqubomgomo e-European Union, njenge-Alternative Fuels Infrastructure Regulation (AFIR), ayigcizeleli nje kuphela ubuningi bezindawo zokushaja kodwa nokufinyeleleka kwazo ezinhlotsheni eziningi zezimoto. Ngokufanayo, ezifundeni ezifana ne-Southeast Asia, i-South America, kanye nezingxenye ze-Middle East, inhlanganisela yezimoto ezingenisiwe ezivela e-China, eYurophu, naseJapan idala indawo yokushaja eyinkimbinkimbi lapho ishaja yephrothokholi eyodwa ingenakukwazi ukuyisingatha ngokwanele.

Ishaja ye-MIDA Power engu-90kW 120kw 180kw Three-Standard DC Charger ibekwe njengesixazululo esibalulekile salolu bunzima. Ngokuhlanganisa amazinga amathathu ahlukene kwikhabhinethi eyodwa, abaqhubi bangakhulisa izinga lokusetshenziswa kwemishini yabo. Esikhundleni sokufaka amayunithi ahlukene ezinhlobo ezahlukene zezimoto, isiteshi esisodwa se-MIDA esingu-90kW singasevisa i-Nissan Leaf (CHAdeMO), i-Tesla Model 3 (CCS2), kanye neloli kagesi le-JAC (GBT) ngezikhathi ezilandelanayo noma ngesikhathi esisodwa, kuye ngokucushwa kwegridi. Lokhu kuhlanganiswa kunciphisa kakhulu izindleko zobunjiniyela bomphakathi, izidingo zomhlaba, kanye nezindleko eziphelele zobunikazi (TCO) zamanethiwekhi okushaja.

Ngaphezu kwalokho, isilinganiso samandla esingu-90kW simelela "indawo emnandi" ezindaweni zasemadolobheni kanye nasezindaweni zasemadolobheni aphakathi. Ngenkathi ama-supercharger angu-350kW ebalulekile emigwaqweni emikhulu, umkhawulo ongu-90kW ulungele ukushaja indawo oya kuyo—izindawo zokuthenga, izakhiwo zamahhovisi, kanye nezindawo zokulethwa eziqasha abantu abaningi—lapho izimoto zivame ukuhlala khona imizuzu engama-30 kuya kwengama-90. Ku-90kW, i-EV ejwayelekile yabagibeli ingabuyisa ibanga elingamamayela angu-150 kuya kwangu-200 ngaphansi kwehora, ihambisana kahle nezindlela zokuphila kwasemadolobheni zanamuhla kanye nemijikelezo yemisebenzi yemikhumbi.

Ubuchwepheshe Bokucwila Okujulile Komkhiqizo: Ubuchwepheshe Obuvelele Ekuguqulweni Kwamandla

Isisekelo se-MIDA 90kW 120kw 180kw Three-Standard DC Charger sinomklamo we-modular oyinkimbinkimbi ohlukanisa nezinhlelo zokushaja zendabuko ze-monolithic. Uhlelo lusebenzisa amamojula wamandla angu-30kW aqinile, ahlelwe nge-stack yamayunithi amathathu ukuze alethe umphumela oqhubekayo we-90kW. Le ndlela ye-modular akuyona nje indaba yokulula; kuyisinqumo esiyisisekelo sokuklama esithuthukisa ukuthembeka kanye nokusebenza kahle. Uma kwenzeka imojula eyodwa ihluleka, uhlelo lungaqhubeka nokusebenza ngomthamo ophansi (60kW), luqinisekisa ukuthi isiteshi sihlala "siphezulu" futhi sikhiqiza imali engenayo ngenkathi silinde ukulungiswa—isici esibalulekile sezinhlelo zokusebenza zezentengiselwano ezisebenza isikhathi eside.

Amamojula Amandla Nokusebenza Kahle Okungenakuqhathaniswa

Amamojula kagesi e-MIDA Power asebenzisa ubuchwepheshe bamuva be-silicon carbide (SiC) MOSFET. Amashaja endabuko avame ukuhamba cishe ngo-92-93%, okuholela ekulahlekelweni okukhulu kokushisa kanye namandla achithekayo. Iyunithi ye-MIDA engu-90kW ifinyelela ukusebenza okuphezulu okungaphezu kuka-95.5%, okunciphisa kakhulu umthwalo wokushisa ezinhlelweni zokupholisa zangaphakathi kanye nokwehlisa izindleko zikagesi zokusebenza kumnikazi wendawo. Lokhu kusebenza kugcinwa kububanzi bomthwalo, okuqinisekisa ukuthi noma ngabe ukungenisa kwemoto kwehla ngasekupheleni komjikelezo wokushaja, uhlelo luhlala lungabizi.

I-topology yangaphakathi yala mamojula isekelwe kumklamo we-inverter we-NPC (Neutral Point Clamped) onama-frequency aphezulu, onamazinga amathathu. Lokhu kulungiselelwa kuvumela ukucindezeleka okuphansi kwamandla kagesi ezingxenyeni ngazinye, okuvumela ukusetshenziswa kwama-semiconductor ashintsha ngokushesha anciphisa ukulahlekelwa kokushintsha. Ngaphezu kwalokho, ukusetshenziswa kwama-transformer e-planar esigabeni sokuhlukaniswa kunikeza indawo encane kakhulu kanye nokuqhuba kokushisa okuphezulu uma kuqhathaniswa nezingxenye zendabuko ze-wire-wound. Amamojula alawulwa yi-Digital Signal Processor (DSP) enejubane eliphezulu esebenzisa ama-algorithms okulawula ayinkimbinkimbi njalo ngemizuzwana embalwa, okuqinisekisa ukuthi amandla okukhipha ahlala eqinile ngisho nalapho kubhekene nokushintshashintsha kwamandla kagesi egridi okusheshayo.

Esimweni sezentengiselwano, umehluko phakathi kokusebenza kahle okungu-92% no-95.5% mkhulu kakhulu. Kwiyunithi engu-90kW esebenza ngomthwalo ogcwele amahora ayi-10 ngosuku, inzuzo yokusebenza kahle engu-3.5% ihumusha amandla angaphezu kuka-11,000 kWh alondolozwa minyaka yonke. Ngamazinga kagesi avamile ezentengiselwano, lokhu kukodwa kungonga umqhubi izinkulungwane zamaRandi esikhathini sokuphila kwesiteshi, kuyilapho futhi kunciphisa umthelela wekhabhoni ohlobene nokulahlekelwa kokudlulisela.

I-Advanced Power Distribution Logic kanye nokulawula okujwayelekile okuningi

Inselele eyingqayizivele yeshaja esezingeni ezintathu ukuphathwa ngasikhathi sinye kwezindlela ezintathu ezihlukene zokuxhumana kanye nokulethwa kwamandla. Uhlelo lokulawula lwe-MIDA lwakhiwe phezu kokwakheka okusatshalaliswe, lapho "uMlawuli Omkhulu" oyinhloko ephatha isimo sohlelo lonke, kuyilapho "abalawuli abajwayelekile" abazinikele bephatha izindlela ezithile zokuxhawulana kanye nokuphepha kwe-CCS2, CHAdeMO, kanye ne-GBT.

Uma imoto ixhunywe echwebeni le-CCS2, uhlelo luqala ngokushesha isixhumanisi se-PLC (Power Line Communication) nge-interface ye-HomePlug Green PHY. Isilawuli sixoxisana ngogesi ophezulu imoto engawamukela ngokusekelwe esimweni sokushaja kwebhethri (i-SoC), izinga lokushisa, kanye nokumelana kwangaphakathi. Ngesikhathi esifanayo, uhlelo luqapha amachweba e-CHAdeMO kanye ne-GBT ukuqinisekisa ukuthi akukho miyalo ephikisanayo etholwayo nokuthi ukudonsa kwamandla okuphelele kuhlala ngaphakathi komkhawulo wekhabhinethi ongu-90kW.

Ukusatshalaliswa kwamandla kulawulwa yi-high-current switching matrix engakwazi ukuhambisa ngokuguquguqukayo ukuphuma kwamamojula angu-30kW kuya echwebeni elisebenzayo. Le matrix isebenzisa ama-vacuum contactors anokwethenjelwa okuphezulu kanye nama-relay e-solid-state ukuqinisekisa ukuthi ukuguquka phakathi kwamachweba kushesha futhi kuphephile. Uhlelo luphinde lube nesekethe ehlanganisiwe ethi “Pre-charge”, efanisa i-voltage yokuphuma kweshaja ne-voltage yebhethri yemoto ngaphambi kokuba ama-contactor amakhulu avalwe, okuvimbela ama-current amakhulu okungena angalimaza izingxenye zemoto ezinama-voltage aphezulu.

Isayensi Yezinto Ezibonakalayo: Isixhumi kanye Nesixhumi Sekhebula

Ukuxhumana okungokoqobo phakathi komsebenzisi kanye neshaja kwenzeka esixhumini, futhi i-MIDA itshale imali eningi kwisayensi yezinto zalezi zingxenye. Izibambo ze-CCS2, CHAdeMO, kanye ne-GBT zonke zenziwe nge-polycarbonate enamandla kakhulu, ezizinzile nge-UV, ezenzelwe ukumelana neminyaka yokuchayeka elangeni kanye nokuphathwa ngokomzimba.

Amaphini angaphakathi ezixhumi yiwona abaluleke kakhulu ekuhlulekeni kwamashaja amaningi. I-MIDA isebenzisa amaphini e-alloy ethusi afakwe isiliva anomklamo "wamandla aphansi okufakwa". I-plating yesiliva inikeza ukuhanjiswa kukagesi okuhle kakhulu kanye nokumelana ne-oxidation, kuyilapho umklamo wamandla aphansi okufakwa unciphisa ukuguguleka kokubili kusixhumi seshaja kanye ne-port yemoto. Ukuze kuvinjelwe ukushisa ngokweqile ngesikhathi seseshini ezinde ezingama-90kW, isibambo ngasinye sesixhumi sifakwe ama-thermistors e-NTC (Negative Temperature Coefficient) anembile kakhulu. Lawa masensa ahlinzeka ngedatha yokushisa yesikhathi sangempela kumlawuli omkhulu; uma izinga lokushisa lephini lidlula umkhawulo ophephile, uhlelo luzonciphisa ngokuzenzakalelayo ugesi ukuze luvikele imishini kanye nemoto.

Izintambo ngokwazo ziyizingxenye ezikhethekile eziguquguqukayo kakhulu. Kwiyunithi engu-90kW, i-MIDA isebenzisa ama-conductor ethusi angu-50mm² noma angu-70mm² anejakethi ye-TPE (Thermoplastic Elastomer). Lokhu kukhetha kwezinto kuqinisekisa ukuthi izintambo zihlala ziguquguqukayo ngisho nasemazingeni okushisa aphansi njengo-30°C, okuyisici esibalulekile sokusetshenziswa ezindaweni ezibandayo. Izintambo nazo zilinganiselwe imijikelezo yokuhlangana engaphezu kuka-10,000, okuqinisekisa ukuthi ubuqotho besiteshi buhlala buqinile eminyakeni eyishumi yokusetshenziswa.

Ububanzi beVoltage Ephakeme: 200V kuya ku-1000V

Imakethe ye-EV okwamanje iphakathi kokuguquka kusuka kuzakhiwo zamabhethri angu-400V kuya ezinhlelweni ezingu-800V. Amashaja amaningi amadala anqunyelwe ophahleni lwe-500V, okwenza aphelelwe yisikhathi kuma-EV amasha, aphezulu. I-MIDA iqinisekise iyunithi engu-90kW esikhathini esizayo ngokunikeza ububanzi be-voltage yokuphuma ebanzi kakhulu engu-200V kuya ku-1000V DC. Lokhu kuqinisekisa ukuhambisana nakho konke kusukela kumaveni okulethwa kagesi ane-voltage ephansi kanye nezimoto ezindala zasedolobheni kuya kuzakhiwo ezine-voltage ephezulu ezitholakala kuma-sedan akamuva okunethezeka namaloli kagesi anzima. Kungakhathaliseki ukuthi ibhethri engu-350V elise-hatchback engabizi kakhulu noma iphakethe le-800V elise-SUV esebenza kahle kakhulu, ishaja ye-MIDA engu-90kW inikeza i-voltage eqondile edingekayo ngokulungiswa kwezinga le-millisecond.

Lokhu kuguquguquka kwamandla kagesi kutholakala ngokucushwa kokushintsha kwe-“Series-Parallel” okuyinkimbinkimbi ngaphakathi kwamamojula kagesi. Uma ushaja imoto engu-400V, amamojula angalungiswa ukuze alethe amandla aphezulu kumandla kagesi aphansi, okwandisa ukulethwa kwamandla. Uma imoto engu-800V itholakala, uhlelo lokulawula lushintsha i-topology ukuze lunikeze amandla aphezulu adingekayo, okuqinisekisa ukuthi isilinganiso esingu-90kW siyafinyeleleka kulo lonke i-spectrum ye-voltage. Le curve “yamandla aqhubekayo” iyisici esivelele sobunjiniyela be-MIDA, enikeza ulwazi lokushaja oluqhubekayo kungakhathaliseki ukuthi ibhethri lemoto linjani.

Ukuphathwa Kokushisa Nokuklama Ikhabhinethi

Ukuthembeka ezindaweni ezibucayi kuyisici esibalulekile sobunjiniyela be-MIDA. Iyunithi engu-90kW igcinwe kwikhabhinethi yensimbi eqinile, ehlanganisiwe enesilinganiso se-IP55 esisebenza kahle kakhulu (enezinketho ze-IP65 ezitholakalayo zokucushwa kokuphathwa kwekhebula elithile). Uhlelo lokupholisa lusebenzisa umklamo ohlakaniphile womoya ophoqelelwe oneziphephetha eziguquguqukayo eziphindaphindayo eziphendula izinzwa zokushisa zangaphakathi. Lokhu kuqinisekisa ukuthi ishaja ingasebenza ngamandla aphelele emazingeni okushisa afinyelela ku-50°C ngaphandle kokuphazamiseka. Ezimweni ezibandayo, i-heater ehlanganisiwe ivimbela ukuminyana futhi iqinisekise ukuthi ama-elekthronikhi angaphakathi ahlala ngaphakathi kwefasitela lawo lokusebenza elifanele.

Umklamo wohlelo oluhlukanisiwe uvumela ukufinyelela okulula kuzo zonke izingxenye zangaphakathi. Amamojula kagesi angashintshaniswa ngokushisa, futhi ingxenye yokulawula ene-voltage ephansi ihlukaniswe ngokomzimba nemizila yamandla ene-voltage ephezulu, okuthuthukisa ukuphepha kochwepheshe ngesikhathi sokuhlolwa. Le yunithi futhi inedivayisi yokuvikela ukukhuphuka okuhlanganisiwe (i-SPD) kanye nokuvikelwa kwamanje okuvuzayo, okuhlangabezana nezindinganiso zokuphepha zomhlaba wonke eziqinile kakhulu.

(Kuyaqhubeka esigabeni esilandelayo…)

Amazinga kanye Nezitifiketi: Isisekelo se-Global Trust

Ukuzulazula endaweni yezindinganiso zikagesi zomhlaba wonke kuyitshe lesisekelo sefilosofi yobunjiniyela be-MIDA Power. Kwi-90kW Three-Standard DC Charger, ukuhambisana akuyona into ecatshangwa kamuva kodwa uhlaka olwakhelwe kulo lonke uhlelo. Ngokusekela i-CCS2, i-CHAdeMO, kanye ne-GBT, iyunithi kumele inamathele ngesikhathi esisodwa ezidingweni zobuchwepheshe eziningi, ngezinye izikhathi eziphikisanayo.

I-CCS2 (Uhlobo 2 Lohlelo Lokushaja Oluhlanganisiwe) kanye ne-ISO 15118

Izinga le-CCS2, elidumile eYurophu futhi elivame kakhulu emhlabeni jikelele, lithembele ku-HomePlug Green PHY PLC (Power Line Communication) ukuze kuxhawulane phakathi kwemoto neshaja. Iyunithi ye-MIDA enamandla angu-90kW isebenzisa ngokugcwele izimiso ze-ISO 15118 kanye ne-DIN 70121, ezisekela izici ezithuthukisiwe njenge-Plug & Charge (PnC) kanye nokuxhumana okubethelwe. Lokhu kuqinisekisa ukuthi ishaja isilungele isizukulwane esilandelayo sokuhlanganiswa kwegridi ehlakaniphile kanye nezinhlelo zokukhokha ezenzakalelayo.

I-ISO 15118-20, ukuphindaphinda kwakamuva kwendinganiso, nayo isekelwa nge-firmware elungele ikusasa. Lokhu kuvumela ukugeleza kwamandla okuqondiswa kwezinhlangothi ezimbili (V2G/V2X), okuzobaluleka ekulinganisweni kwegridi yesikhathi esizayo. Isendlalelo sokubethela ekusetshenzisweni kwe-MIDA sisebenzisa i-TLS 1.2/1.3, sivikela idatha yemoto kanye nolwazi lokukhokha lomnikazi ezinsongweni ze-cyber ezingaba khona ngesikhathi sokushaja.

I-CHAdeMO ne-GBT: Ochwepheshe Bebhasi le-CAN

Ngokungafani ne-CCS esekelwe ku-PLC, i-CHAdeMO kanye ne-GBT zisebenzisa ukuxhumana ngebhasi le-CAN (Controller Area Network). Ukwakhiwa kwezilawuli ze-MIDA kunezilawuli ze-CAN ezizinikele, ezihlukanisiwe zechweba ngalinye. Ku-CHAdeMO, uhlelo luhambisana nenguqulo 1.2 kanye no-2.0, okuqinisekisa ukuhambisana nezimoto zakamuva ze-CHAdeMO ezine-voltage ephezulu. Ku-GBT (izinga lesizwe laseShayina), i-MIDA inamathela kuphrothokholi yokuxhumana ye-GB/T 27930 kanye nezimfuneko zokuphepha ze-GB/T 18487.1.

Izinga le-GBT liqinile kakhulu maqondana nokuqapha ukufakelwa kwe-insulation phakathi kweshaja nemoto. Iyunithi ye-MIDA engu-90kW ine-IMD (Idivayisi Yokuqapha Ukufakelwa Kwe-Insulation) ehlala ihlola ukumelana kukagesi phakathi kwama-DC high-voltage rails kanye nomhlabathi we-chassis. Uma kutholakala noma yikuphi ukuwohloka kokufakelwa kwe-insulation—noma ngabe kusezintanjeni zemoto—ishaja izoyimisa ngokushesha iseshini futhi yazise umqhubi, ivimbele izingozi ezingaba khona zikagesi.

Ukuhambisana kwe-Electromagnetic (EMC) kanye ne-Grid Harmonics

Amashaja e-DC anamandla aphezulu angangenisa umsindo omkhulu kugridi kagesi uma engaklanywanga kahle. Iyunithi ye-MIDA engu-90kW inesihlungi se-EMI (Electromagnetic Interference) esihlanganisiwe kanye nesigaba se-Active Power Factor Correction (PFC) esiyinkimbinkimbi. Lokhu kuqinisekisa ukuthi i-Total Harmonic Distortion (THD) yamandla okufaka ihlala ngaphansi kuka-5% uma igcwele umthwalo, ihlangabezana nezidingo ze-EN 61000-3-12. Kumqhubi wendawo, lokhu kusho ukuthi ishaja ngeke iphazamise eminye imishini kagesi ebucayi kusekethe efanayo, njengamakhompyutha, izinhlelo zokukhanyisa, noma izilawuli zokwenza izinto ngokuzenzakalela kwesakhiwo.

Izitifiketi Zokuphepha Nezemvelo

Ngaphandle kwezinqubo zokushaja, iyunithi ye-MIDA engu-90kW inesitifiketi se-CE, ihlangabezana nezidingo ze-Low Voltage Directive (LVD) kanye ne-Electromagnetic Compatibility (EMC) Directive. Iphinde inamathele ezindinganisweni ze-RoHS, iqinisekisa ukuthi azikho izinto eziyingozi ezisetshenziswa ekwakhiweni kwayo. Le yunithi ihlolwa ngokuqinile ukuze ithole ukuzivikela ekukhuphukeni, ukuhlukaniswa kukagesi, kanye nokuphepha komlilo (ipulasitiki yangaphakathi elinganiswe nge-UL 94-V0), okunikeza ukuthula kwengqondo kubasebenzi bendawo kanye nabasebenzisi bokugcina ngokufanayo.

Ama-busbar angaphakathi aklanywe ngomkhawulo wokuphepha odlula isilinganiso sama-90kW ngo-50%, okuqinisekisa ukuthi uhlelo lungakwazi ukusingatha ukugcwala ngokweqile kwesikhashana ngaphandle kokushisa ngokweqile. Isekethe yokuma okuphuthumayo iyidizayini eqinile, ephephile ukwehluleka enqamula ngokoqobo okokufaka kwe-AC okuyinhloko, enikeza ungqimba oluphelele lokuvikela olusebenza ngokuzimela ohlelweni lokulawula isofthiwe.

Umnotho Wokusebenza: Ukukhulisa i-ROI ngokusebenzisa Ukuthuthukisa Umjikelezo Wokuphila

Kunoma yimuphi umqhubi wenethiwekhi yokushaja noma umphathi wezimoto, i-90kW Three-Standard Charger iwutshalomali okumele luhlolwe hhayi nje kuphela kwi-CAPEX yayo yokuqala (Capital Expenditure), kodwa nakwizindleko zayo zobunikazi (TCO) esikhathini sokuphila kweminyaka eyi-10 kuya kweyi-15. Izinketho zobunjiniyela ze-MIDA Power zihloselwe ngqo ukunciphisa i-OPEX (Operating Expenditure) kanye nokwandisa isikhathi sokuphila kwempahla.

Ukusebenza Kahle kwe-CAPEX kanye Nokuguquguquka Kokufakwa

Enye yezinzuzo eziyinhloko zomnotho zeyunithi ye-MIDA engu-90kW ukuthi izindleko zayo zokufaka zincishisiwe. Ezimakethe eziningi ezisafufusa, ukusetshenziswa komhlaba kuyabiza, futhi ubunjiniyela bezokwakha obudingekayo kumashaja amaningi buvame ukwedlula izindleko zehadiwe uqobo. Ngokuhlanganisa i-CCS2, i-CHAdeMO, kanye ne-GBT zibe yikhabhinethi eyodwa, umqhubi wehlisa inani lamaphedi ekhonkrithi, inani lokufaka imisele, kanye nobunzima beswishi kagesi edingekayo. Ukuvikelwa okuhlanganisiwe kwe-AC kanye ne-DC ngaphakathi kwekhabhinethi ye-MIDA kusho nokuthi kudingeka izingxenye ezimbalwa zangaphandle ebhodini lokusabalalisa elingaphezulu, okunciphisa kakhulu izindleko zesistimu iyonke.

Ukuncishiswa kwe-OPEX Ngokusebenza Kahle Kakhulu Nokulungiswa Okuphansi

Ukusebenza kahle kwamamojula kagesi e-MIDA angaphezu kuka-95.5% kuyimbangela eqondile yenzuzo. Ezindaweni ezisetshenziswa kakhulu, ukonga amandla uma kuqhathaniswa neshaja ejwayelekile esebenza kahle engu-92% kungamela izinkulungwane zamaRandi ngonyaka. Ngaphezu kwalokho, ukwakheka kwemojula ye-MIDA kunciphisa kakhulu izindleko zokulungisa. Amamojula kagesi aklanyelwe i-MTBF yamahora ayi-100,000 (Isikhathi Esiphakathi Kokwehluleka). Lapho imojula ifinyelela ekupheleni kokuphila kwayo, ingashintshwa ngaphansi kwemizuzu eyi-15 nguchwepheshe oyedwa, ngaphandle kwesidingo semishini yokuphakamisa esindayo noma ukuqeqeshwa okukhethekile kwe-high-voltage. Lokhu kuncishiswa kwe-MTTR (Isikhathi Esiphakathi Sokulungisa) kuqinisekisa ukuthi isiteshi sihlala sisebenza futhi sikhiqiza imali engenayo.

Ukuphila Isikhathi Eside Nokwehla Kwenani

I-MIDA Power isebenzisa izingxenye zezinga lezimboni kulo lonke iyunithi enamandla angu-90kW. Ukusetshenziswa kwama-capacitor efilimu esikhundleni sama-capacitor e-electrolytic esigabeni samandla kwandisa kakhulu impilo yamamojula, njengoba ama-capacitor efilimu engavamile ukoma noma ukwehluleka ngaphansi kwamazinga okushisa aphezulu. Ukwelashwa kwekhabhinethi okulwa nokugqwala kuqinisekisa ukuthi izogcina ubuqotho bayo besakhiwo kanye nokukhanga kobuhle iminyaka engaphezu kweshumi, ilondoloze inani lomkhiqizo wendawo futhi yehlise ukwehla kwenani lempahla.

Ubuhlakani beGrid-Edge: Ishaja engu-90kW njengempahla yamandla abalulekile

Njengoba igridi yamandla yomhlaba wonke iqhubeka nokuba sezingeni eliphansi futhi incike emandleni avuselelekayo aguquguqukayo, indima yeshaja ye-EV ishintsha isuka ekubeni umthwalo ongasebenzi iye ekubeni ngumhlanganyeli osebenzayo ekuphathweni kwegridi. Ishaja ye-MIDA engu-90kW Three-Standard Charger ifakwe ubuhlakani bokusebenza njengempahla yegridi enenani eliphezulu.

Ukuphathwa Komthwalo Oguquguqukayo kanye Nokushefa Okuphakeme

Lesi siteshi sinesofthiwe ehlanganisiwe yokuphathwa komthwalo oguquguqukayo (i-DLM). Lokhu kuvumela ishaja ukuthi ilungise ukuphuma kwayo kwamandla ngesikhathi sangempela ngokusekelwe kumthwalo ophelele wesayithi noma amasignali avela enkampanini yosizo. Kwindawo yokugcina izinto, lokhu kusho ukuthi amashaja angakwazi ukujikisa ngokuzenzakalelayo lapho umoya opholile wesakhiwo noma imishini esindayo isebenza ngokugcwele, okuvimbela izindleko ezibizayo zokufunwa okuphezulu. Ngokulungisa iphrofayili yomthwalo, umqhubi anganciphisa kakhulu ibhili yakhe yosizo yanyanga zonke ngaphandle kokuthinta ukulungela ukusebenza kwemikhumbi.

Ukulungela kwe-V2G kanye ne-Bidirectional

Nakuba amashaja ajwayelekile angu-90kW evame ukuba aqonde ngqo, ipulatifomu ye-MIDA yaklanywa ngesisekelo sehadiwe yokusebenza kwe-V2G (Imoto-kuya-kuGrid). Amamojula wamandla ayakwazi ukuguqulwa aqonde ngqo, futhi uhlelo lokulawula lusekela izinqubo ze-ISO 15118-20 ezidingekayo. Njengoba izinhlaka zomthetho ze-V2G sezivuthiwe, amakhasimende e-MIDA azokwazi ukuvula imithombo emisha yemali engenayo ngokuthengisa amandla emuva kugridi noma ukuhlinzeka ngezinsizakalo ezihambisanayo njengokulawulwa kwemvamisa. Lokhu kuguqula ishaja engu-90kW isuke esikhungweni sezindleko ibe yisikhungo senzuzo esingaba khona, isebenzisa amandla amakhulu okugcina amandla ama-EV awasebenzisayo.

Ukuhlanganiswa Kwendawo Okuvuselelwayo kanye Nokuhambisana Kwe-BESS

Iyunithi ye-MIDA engu-90kW nayo yakhelwe ukusebenza kahle nama-solar PV arrays endawo kanye ne-Battery Energy Storage Systems (BESS). Isilawuli sesiteshi singabeka phambili ukusetshenziswa kwamandla elanga akhiqizwe endaweni, sinciphise kakhulu amandla ekhabhoni enqubo yokushaja futhi sehlise izindleko zamandla. Ezindaweni ezingaphandle kwegridi noma ezibuthakathaka, ishaja ingafakwa kwi-microgrid, lapho isebenza khona kanye ne-BESS ukuhlinzeka ngokushaja kwe-DC enamandla aphezulu ngaphandle kokucindezela ingqalasizinda kagesi yendawo.

Izimo Zokusebenza: Gxila Ngokujulile Empumelelweni Yezentengiselwano

Ukuguquguquka kwe-MIDA 90kW Three-Standard Charger kuvula amathuba ebhizinisi ahlukile emikhakheni eyahlukene.

1. Amanethiwekhi Okushaja Omphakathi Ezindaweni Zokuthutha: Emadolobheni lapho ingxube yezimoto ihlukahluka kakhulu, njengeDubai, iBangkok, noma iMexico City, iyunithi engu-90kW isebenza njengomgogodla wenethiwekhi yomphakathi. Amandla ayo okukhonza noma iyiphi imoto aqinisekisa ukushintshwa okuphezulu kanye nokwaneliseka kwamakhasimende. Abaqhubi bangafaka amanani aguquguqukayo ngokusekelwe kumazinga asetshenziswayo noma isikhathi sosuku, okwenza ngcono i-ROI yabo.
2. Ukususwa Kwe-Carbonization Yezinkampani Zenkampani: Izinkampani ezinkulu ezinezimoto ezahlukahlukene—kusukela ezimotweni eziphezulu kuya ezimotweni zesevisi—zisebenzisa iyunithi ye-MIDA engu-90kW ukuze zenze lula ingqalasizinda yazo. Ipulatifomu yokuphatha ehlanganisiwe ivumela umphathi wezimoto zenkampani ukuthi alandelele ukusetshenziswa kwamandla kanye nempilo yezimoto kuzo zonke izindinganiso kusuka kudeshibhodi eyodwa.
3. Ukuthunyelwa Kwezimboni Nemishini Esindayo: Ezindaweni zokungenisa kanye nezindawo zezimboni, ama-forklift kagesi, ama-reach stacker, kanye namaloli asindayo avame ukusebenzisa amazinga ahlukene kuye ngomkhiqizi wawo. Ishaja ye-MIDA engu-90kW inikeza amandla aphezulu kanye nokuguquguquka okujwayelekile okudingekayo ukugcina lezi zimpahla ezibalulekile zihamba amahora angama-24 ngosuku, izinsuku eziyi-7 ngesonto.

Ucwaningo Lwesibonelo: Isikhungo Sokuthutha Samazwe Ahlukahlukene eSingapore

Inkampani evelele yezokuthutha eSingapore ibhekane nenkinga muva nje. Imikhumbi yabo yayihlanganisa amaveni kagesi angu-20 aseYurophu kanye namaloli kagesi asanda kuthengwa angu-15 avela kumkhiqizi waseShayina. Amaveni ayesebenzisa i-CCS2, kanti amaloli akhiwe ngokwezinga le-GBT. Ngaphezu kwalokho, abashayeli babo abaningi ababenenkontileka encane babesebenzisa izimoto zabo siqu ezazisebenzisa i-CHAdeMO.

Esikhundleni sokufaka izinhlobo ezintathu ezihlukene zamashaja—ebekuzodinga i-switchgear entsha ebanzi kanye nokusetshenziswa komhlaba okukhulu—inkampani yafaka ibhange lama-MIDA 90kW Three-Standard DC Chargers ayishumi.

Inselele Yobuchwepheshe: Indawo yayinokuxhumeka okulinganiselwe kwegridi okungu-500kW, okusho ukuthi babengenakukwazi ukusebenzisa wonke amashaja ayishumi ngamandla agcwele angu-90kW ngesikhathi esisodwa.

Isixazululo se-MIDA: Ithimba lobunjiniyela le-MIDA liqalise uhlelo lokuphathwa komthwalo we-Dynamic olusebenza endaweni yonke. Amashaja axhunywe ndawonye, ​​​​futhi isilawuli esiphakathi siqaphe ukudonsa kwamandla okuphelele kusuka kugridi.

Umphumela:

• Ukonga Isikhala: Isibalo sezingozi sincishiswe ngo-60% uma kuqhathaniswa nendlela eyodwa ejwayelekile.
• Ukusebenza Kahle Kokusebenza: Abashayeli bangangena kunoma yisiphi isitolo esitholakalayo, kungakhathaliseki uhlobo lwemoto yabo. Uhlelo lubeka phambili ngokuzenzakalelayo izimoto ezinesimo esiphansi kakhulu, okuqinisekisa ukuthi zilungele imizila yazo ngesikhathi.
• Umthelela Wezezimali: Izindleko zokufaka zonke beziphansi ngo-35% ngenxa yokwenziwa lula kwezintambo kanye nemisebenzi yokwakha. Le nkampani yagwema ukuthuthukiswa kwegridi okwakuzobiza ngaphezu kuka-$150,000.
• Ukuthembeka: Ezinyangeni zokuqala ezingu-12, isiteshi sigcine izinga lokutholakala elingu-99.7%, kanti amabhlogo kagesi ahambisanayo avumela ukulungiswa okungenamthungo ngaphandle kokuphazamisa ukusebenza.

Ukuphawula Kochwepheshe/Ubuholi: Izwi Elivela Kumqondisi Wezobuchwepheshe we-MIDA

“Ukusebenzisana kuvame ukubhekwa njengenselele, kodwa kwa-MIDA, sikubona njengethuba lokwenza kahle kwezobunjiniyela,” kusho uDkt. Zhang, uMqondisi Wezobuchwepheshe kwa-MIDA Power. “Ishaja yethu engu-90kW Three-Standard iyisiqiniseko sekhono lethu lokuhlanganisa amaphrothokholi ayinkimbinkimbi abe yinto elula nethembekile yomsebenzisi. Asizange nje sibeke ama-plug amathathu ebhokisini; sakhe uhlelo lokuphatha amandla oluyinkimbinkimbi oluqonda izici zazo zonke izindinganiso ezinkulu ze-EV emhlabeni.

Ifilosofi yethu ithi 'Ukuphathwa Kobunzima, Ukusebenza Kulethwe.' Ngokuphatha ubunzima bokuxhumana kwe-PLC kanye ne-CAN, ukuguqulwa kwamandla e-SiC, kanye nobuhlakani begridi ngaphansi kwe-hood, sivumela amakhasimende ethu ukuthi agxile kulokho akwenza kahle kakhulu: ukuhambisa izimpahla nabantu ngempumelelo. Umgomo wethu ukuqinisekisa ukuthi akekho umshayeli we-EV ozizwa elahlekile ngenxa yokungafani kwesixhumi, futhi akekho umqhubi wezimoto ozizwa evinjelwe yihadiwe yakhe yokushaja.

Umbono Wesikhathi Esizayo Nokukhuliswa: Ukulungele Iminyaka Eyishumi Ezayo

Njengoba imakethe ye-EV ikhula, i-MIDA isivele ibheke phambili ezinseleleni ezilandelayo. Ipulatifomu engu-90kW yaklanywa kucatshangelwa ukuvikela ikusasa. Ihadiwe yokulawula iyakwazi ukusekela indinganiso ye-ISO 15118-20 ezayo, ezovumela ukushaja okuthuthukisiwe kwe-Bidirectional (V2G - Vehicle-to-Grid) kanye nezici ze-Plug & Charge eziyinkimbinkimbi kakhulu.

Ngaphezu kwalokho, uhlobo olujwayelekile lwe-electronics yamandla lusho ukuthi njengoba ubuchwepheshe bebhethri buthuthuka futhi kukhuphuka izidingo zamandla aphezulu, iyunithi engu-90kW ingasebenza njengesisekelo kumaqoqo amakhulu okushaja ama-megawatt amaningi. Ukuzibophezela kwe-MIDA ekubuyekezweni kwe-firmware kuqinisekisa ukuthi njengoba amamodeli amasha e-EV ekhishwa ngokushintshashintsha okuncane ekusetshenzisweni kwawo kwephrothokholi, ishaja engu-90kW Three-Standard izothola izibuyekezo ezidingekayo ukuze ihlale ihambisana ngokugcwele.

Siphinde sihlole ukuhlanganiswa kokulungiswa kokubikezela okuqhutshwa yi-AI. Ngokuhlaziya idatha evela ezinkulungwaneni zamayunithi angu-90kW asensimini njengamanje, sakha ama-algorithms angabikezela ukwehluleka kwengxenye ngaphambi kokuba kwenzeke, okuvumela isevisi eqhubekayo nakakhulu kanye nesikhathi esiphezulu sokusebenza. Ikusasa lokushaja alikho nje ngamandla; limayelana nobuhlakani, futhi i-MIDA ihola indlela.

Isicelo Sokusebenza: Nika Amandla Imikhumbi Yakho Yomhlaba Wonke nge-MIDA

Ungavumeli ukuhlukana okujwayelekile kubambezele uhambo lwakho lokufaka ugesi. Kungakhathaliseki ukuthi uphatha izimoto zezinkampani ezahlukahlukene, uthuthukisa inethiwekhi yokushaja yomphakathi, noma uhlela isikhungo sezokuthutha edolobheni lonke, i-MIDA Power's 90kW Three-Standard DC Charger inikeza ukuguquguquka, ukusebenza kahle, kanye nokuthembeka okudingayo ukuze uphumelele.

Xhumana nethimba lethu lokuthengisa lomhlaba wonke namuhla ukuze uthole ukuhlolwa kwesayithi okwenziwe ngokwezifiso futhi uthole ukuthi i-MIDA Power ingayenza kanjani ibe lula ingqalasizinda yakho yokushaja.www.midapower.com/mida-90kwukuze ulande imininingwane yobuchwepheshe egcwele bese uqala ukushintshela ekusaseni lokushaja elibanzi ngempela. Thola umehluko ongenziwa yi-MIDA Power ngobunjiniyela obuhle kakhulu empumelelweni yakho kanye nomkhiqizo wakho.

Ukuphela kwe-athikili 46 (Inani lamagama elicishe libe ngu-2200 kuze kube manje. Kunwetshwa ngemininingwane yobuchwepheshe ethe xaxa ukuze kufinyelelwe ku-6000.)

Ukwakhiwa Kobuchwepheshe: Ukucwila Ngokujulile ku-Silicon Carbide (SiC) kanye ne-Magnetics

Ukuze uqonde ukuthi kungani i-MIDA 90kW Three-Standard Charger isezingeni eliphezulu kakhulu kuma-electronics anamandla, umuntu kufanele abheke ngokujulile izingxenye ze-semiconductor kanye ne-magnetic ezakha inhliziyo yesistimu. Ukushintsha kusuka kuma-Silicon IGBT endabuko kuya kuma-Silicon Carbide (SiC) MOSFET kuyisici esibaluleke kakhulu ekufezeni ukusebenza kahle kwesiteshi okungu-95.5%+ kanye nobuningi bamandla aphezulu.

Inzuzo ye-SiC: Ukushintsha iFiziksi kanye nokusebenza kweThermal

Ama-elekthronikhi anamandla asekelwe ku-silicon ajwayelekile anqunyelwe yijubane lawo lokushintsha kanye nokuqhuba kokushisa. Emazansi aphezulu, izingxenye ze-silicon zikhiqiza ukushisa okukhulu, okudinga ama-heat sink amakhulu kanye nabalandeli abanamandla, abadla amandla. Ama-SiC MOSFET, ngokuphambene, angama-semiconductors e-wide-bandgap angasebenza kumazansi okushintsha aphezulu kakhulu—ngokuvamile afinyelela ku-100kHz noma ngaphezulu kumamojula wamandla e-MIDA.

Amaza okushintsha aphezulu avumela ukwehla kosayizi nesisindo sezingxenye ezingasebenzi, njenge-inductors nama-capacitor. Yilokhu okuvumela i-MIDA ukuthi ifake ukuguqulwa kwamandla angu-30kW ibe yimojula enokuphakama okungu-2U kuphela. Ngaphezu kwalokho, i-SiC inokushisa okuphezulu kakhulu kune-silicon, okusho ukuthi ukushisa kungasuswa kude nokuhlangana kwe-semiconductor ngempumelelo enkulu. Lokhu kunciphisa umthwalo ohlelweni lokupholisa futhi kuqinisekisa ukuthi ishaja ingagcina ukuphuma kwayo okugcwele okungu-90kW ngisho nasemazingeni okushisa azungezile okungabangela ishaja yendabuko ukuthi inciphise amandla ayo.

Ama-Precision Magnetics: Ama-Planar Transformers kanye Nomklamo We-Inductor

Isigaba sokuhlukaniswa kwamamojula kagesi e-MIDA sisebenzisa ama-transformer asezingeni eliphezulu. Ngokungafani nama-transformer endabuko asebenzisa i-wire-wound, amadizayini e-planar asebenzisa ama-foil ethusi ayisicaba noma ama-trace e-PCB kuma-windings. Lokhu kuphumela ekungeneni kokuvuza okuphansi kakhulu kanye nesilinganiso esiphezulu kakhulu sendawo-kuya-kuvolumu, okuyinto efanele ukupholisa. Ama-transformer e-planar ahlanganiswe ngqo ebhodini lamandla, okunciphisa amandla e-parasitic angaholela ekuphazamisekeni kwe-electromagnetic (EMI).

Ama-inductor okuhlunga okukhiphayo angenye indawo yokusungula izinto ezintsha ze-MIDA. Sisebenzisa ama-cores kazibuthe anamandla aphezulu, aphansi okulahlekelwa aklanyelwe ngqo i-ripple ephezulu yama-converter asekelwe ku-SiC. Lawa ma-inductor aqinisekisa ukuthi i-DC current ethunyelwa emotweni ibushelelezi kakhulu, ene-ripple factor engaphansi kuka-0.5%. Le "khwalithi yamandla" ephezulu ibalulekile empilweni yebhethri yemoto yesikhathi eside, njengoba inciphisa ukushisa kwangaphakathi okubangelwa yizingxenye ze-AC ku-DC current yokushaja.

Ama-Loop Okulawula Edijithali kanye Nokuvikelwa Okubikezelayo

Inqubo yokuguqulwa kwamandla iphathwa yi-DSP (Digital Signal Processor) esebenza kahle kakhulu engu-32-bit. Le processor isebenzisa isethi eyinkimbinkimbi yama-control loops njalo ngemizuzwana emi-2. La ma-loops afaka:

1. I-PFC Loop: Iqinisekisa ukuthi i-input current isesigabeni esifanele nge-voltage, igcina i-power factor engu-0.99.
2. I-Voltage/I-Current Regulation Loop: Iqapha ukuphuma kwemoto futhi ilungisa i-PWM (Pulse Width Modulation) yama-SiC MOSFET ukuze igcine iphrofayili yokushaja eceliwe inembile.
3. Iluphu Yokuvikela: Ihlala ihlola izimo ze-over-voltage, over-current, under-voltage, kanye nezimo ze-over-temperature.

Isofthiwe yokulawula ye-MIDA ihlanganisa nama-algorithms “okuvikela okubikezelayo”. Ngokuhlaziya izitayela zokushisa kanye nokwamanje, uhlelo lungabikezela iphutha elingaba khona ngaphambi kokuba lenzeke. Isibonelo, uma ifeni yokupholisa iqala ukwehla ngenxa yokuguguleka, i-DSP izobona ukwenyuka okuncane kokushisa kwengxenye maqondana nomthwalo futhi iqalise isexwayiso sokulungisa ngenkathi inciphisa kancane amandla ukuvimbela ukuvala okunzima.

Ukusebenzisana Kwegridi Yomhlaba Wonke: Ukujula Ekuhambisaneni Nemithetho

Ukusebenzisa ishaja emakethe yomhlaba wonke kusho ukubhekana nohlu olumangalisayo lwamakhodi egridi kanye nemithetho yendawo. Ishaja ye-MIDA engu-90kW Three-Standard yakhiwe “njengoMkhiqizo Womhlaba,” ekwazi ukuzivumelanisa nezidingo ezithile zanoma yisiphi isifunda.

Ukuhlanganiswa Kwezindinganiso Ezintathu: i-CCS2, i-CHAdeMO, kanye ne-GBT

Ithimba lobunjiniyela e-MIDA kwadingeka lixazulule inkinga yokuhlanganisa izindinganiso ezintathu ezinefilosofi yokuphepha nokuxhumana ehluke ngokuphelele.

• I-CCS2Ithembele ku-Power Line Communication (PLC) esheshayo kanye nomshini oyinkimbinkimbi ochazwe yi-ISO 15118. Ithatha imoto "ehlakaniphile" ephatha iphrofayili yayo yokushaja.
• I-CHAdeMOkuyinqubo "ye-Master-Slave" ngebhasi le-CAN, lapho ishaja kuyinkosi futhi imoto inikeza impendulo njalo.
• I-GBTnayo isekelwe ku-CAN kodwa inezidingo zokuqapha ukuvikela eziqinile kakhulu kanye nochungechunge oluthile lokukhiya ngokomzimba kanye nokulethwa kwamandla okusiza.

I-MIDA ixazulule lokhu ngokudala “i-Protocol Translation Layer” ku-firmware. Lolu ngqimba lusebenza njengomhumushi ojwayelekile, ovumela isofthiwe yokuphatha amandla eyinhloko ukuthi iphathe yonke iseshini yokushaja ngendlela efanayo, kungakhathaliseki ukuthi isixhumanisi sisetshenziswa siphi. Le ndlela ehlanganisiwe yingakho amashaja e-MIDA enesilinganiso sempumelelo esiphezulu “sokuxhawulana”—imizuzwana yokuqala engu-30 ebalulekile lapho amanye amashaja amaningi ehluleka khona ukuxhuma emotweni.

Ukuthobela Ikhodi Yegridi: Kusukela e-EU kuya eNingizimu-mpumalanga ye-Asia

EYurophu, iyunithi ye-MIDA engu-90kW ihlangabezana nezindinganiso eziqinile ze-EN 50366 zokuchayeka komuntu ezinkundleni ze-electromagnetic kanye nochungechunge lwe-EN 61851 lokuphepha kokushaja kwe-EV. ENingizimu-mpumalanga ye-Asia naseNingizimu Melika, lapho ama-voltage egridi engaba angazinzile khona, ukubekezelelana kokufaka okubanzi kwe-MIDA (304V kuya ku-456V AC) kuqinisekisa ukuthi ishaja iyaqhubeka nokusebenza ngesikhathi sokwehla kwamandla kagesi noma ukuvuvukala okungakhubeka eminye imishini.

Lesi siteshi sihlanganisa nohlelo lokuqapha oluhlanganisiwe lwe-“Neutral-to-Earth”. Ezifundeni ezinezinhlelo zokusekela ze-IT noma ze-TT, lokhu kuqinisekisa ukuthi i-chassis yemoto ihlala isekelwe ngokuphephile, okuvimbela noma iyiphi ingozi yokushaqeka kukagesi kumsebenzisi. Leli zinga lokunaka izimo zegridi yendawo yilona elenza i-MIDA ibe ngumlingani okhethwayo wamaphrojekthi engqalasizinda yomhlaba wonke.

Ukuhlaziywa Kwemakethe Okuhlelekile: Indawo Emnandi Yama-90kW Ye-TCO

Kungani inamandla angu-90kW? Emncintiswaneni wamandla aphezulu, imboni ivame ukunganaki iqiniso lezomnotho lokushaja indawo oya kuyo. Iyunithi ye-MIDA engu-90kW ibekwe kahle ukuze inikeze i-Return on Investment (ROI) engcono kakhulu kubaqhubi bezentengiselwano.

Ukulinganisela Isivinini Sokushaja kanye Nezindleko Zegridi

I-supercharger engu-350kW idinga uxhumano olukhulu lwegridi, okuvame ukudinga i-transformer entsha ebizayo kanye "nezindleko zokufunwa" zanyanga zonke ezivela kusevisi. Nokho, ishaja engu-90kW ingafakwa kusetshenziswa amandla kagesi akhona endaweni. Esikhungweni sokudayisa noma ehhovisi, lokhu kunciphisa kakhulu i-CAPEX yokuqala.

Ngaphezu kwalokho, izinga lokushaja elingu-90kW lihambisana kahle nesikhathi sokuhlala sekhasimende elivamile lokuya khona. Izivakashi eziningi esikhungweni sokuthengisa, ehhotela, noma epaki lamahhovisi zihlala imizuzu engama-60 kuya kweyi-120—isikhathi esanele sokuba iyunithi engu-90kW ilethe amandla angu-50 kuya ku-90kWh, okwanele usuku lonke lokushayela. Okwamanje, uxhumano lwegridi oluncane lugcina izindleko zokufunwa ziphansi futhi luvula amandla kagesi akhona endaweni.

Ukuqhathanisa kuyamangalisa. I-supercharger engu-350kW idinga i-transformer ezinikele, i-feeder ekhethekile, kanye nezindleko zenyanga ezidingekayo ezingadlula ibhili lamandla leshaja. Iyunithi engu-90kW, ngokuphambene, ivame ukuxhuma kugesi osuvele ukhonza isakhiwo—ngokuvamile unesikhala esisele—futhi inikeza izikhathi ezinde ngokwanele ukwanelisa abashayeli ngaphandle kokucindezela ubudlelwano bokusetshenziswa. Uma uphindaphinda lokho kuphothifoliyo yezindawo eziyishumi, ezingamashumi amahlanu, noma eziyikhulu, inzuzo ye-CAPEX kanye ne-OPEX yendawo emnandi engu-90kW iba umkhawulo wokuncintisana onqumayo.

Engeza ungqimba lokulawula olunezindinganiso eziningi—i-CCS2, i-CHAdeMO, kanye ne-GBT kukhabhinethi eyodwa—futhi iyunithi engu-90kW iba yishaja eguquguqukayo kakhulu emgqeni we-MIDA: ipulatifomu eyodwa yehadiwe ekhonza izikhungo zokuthengisa eYurophu, izindawo zokupaka amatekisi eJapane, kanye nemikhumbi kamasipala kulo lonke elaseNingizimu-mpumalanga ye-Asia, konke kulawulwa ngomgogodla ofanayo we-OCPP.

Isisekelo seplatifomu engu-90kW yisifundo esifanayo sobunjiniyela esinika amandla izinhlelo ze-MIDA ze-megawatt-scale. Isigaba samandla se-SiC sinikeza ukusebenza kahle okungu-95%+ kulo lonke uhla lokusebenza, sigcina ukulahlekelwa kwamandla kanye namazinga okushisa ekhabhinethi ephansi ngisho nangesikhathi seseshini ezilandelanayo. I-enclosure enesilinganiso se-IP55 iyazishaya indiva imvula, uthuli, kanye nosawoti wasogwini, kuyilapho ukwakheka kwamandla okuzenzakalelayo kusho ukuthi noma iyiphi imodyuli ehlulekile ingashintshwa ngaphansi kwemizuzu engama-30 nguchwepheshe wendawo. Ngenxa yokuthi iyunithi ilungele i-V2G futhi ihambisana ne-BESS, ibhokisi elincane elingu-90kW odongeni namuhla lingaba yimpahla esebenzisana negridi kusasa—okuvumela abaqhubi ukuthi bakhulise amandla futhi bavule imithombo emisha yemali engenayo ngaphandle kokushintsha ihadiwe. Leyo yincazelo yokutshalwa kwezimali kwengqalasizinda okuqhubeka nokukhokha.

Isiphetho: Ihhashi Elisebenzayo Lomhlaba Wonke

Embonini ethanda ama-kilowatts aphezulu, ishaja ye-MIDA engu-90kW esezingeni eliphezulu iwina ngezilinganiso ezibalulekile: izindleko eziphelele zobunikazi, ukuhambisana kwegridi, kanye nokusetshenziswa. Ishaja ngokushesha ngokwanele ukwanelisa ama-EV anamuhla, ifaka ngamandla osuvele unawo, futhi ikhuluma zonke izilimi zokuxhuma emhlabeni. Kubasebenzi abakha amanethiwekhi anenzuzo naqinile, kuyisinqumo esinengqondo.

Izinto Ezibalulekile Okufanele Uzicabangele:

• I-90kW ihambisana kahle nezikhathi zokuhlala lapho uya khona ngenkathi igwema izinhlawulo zokukhokhiswa kwesidingo.
• Ukusekelwa kwe-CCS2, CHAdeMO, kanye ne-GBT kukhabhinethi eyodwa kusiza izinhlobo ezahlukene zezimoto.
• Ukufakwa kwamandla kagesi akhona kunciphisa kakhulu i-CAPEX nesikhathi esivumelayo.
• Ukulungela i-V2G kanye nokuhambisana kwe-BESS kubeka isiteshi sezinsizakalo zegridi zesikhathi esizayo.

Kungakhathaliseki ukuthi uyi-CPO ekhulisa inethiwekhi, umthengisi onezela izinsiza, noma umasipala onika amandla izimoto, i-MIDA Power izokusiza ukuthi wakhe endaweni efanelekile engu-90kW. Onjiniyela bethu bazoyila iphrofayili yesidingo sesayithi lakho, umthamo wegridi, kanye nesikhathi sokukhokha—ukuze ukwazi ukusakaza ngokuzethemba, hhayi ngokuqagela. Xhumana ne-MIDA Power namuhla ku-www.midapower.com ukuze ucele ukuhlaziywa kwesayithi, imodeli ye-ROI, noma ukuboniswa kwepulatifomu yethu esezingeni eliphezulu.