Ukwandisa i-ROI ekutshajeni kwezorhwebo: Izisombululo ze-MIDA Power Dual-Connector kunye ne-Load Balancing

Ukuphucula i-ROI kunye nokusebenza kakuhle kwiziseko zokutshaja zorhwebo: Ukungena ngokunzulu kobuchwephesha kwizisombululo zetshaja ze-MIDA Power Dual-Connector EV zokusasazwa koxinzelelo oluphezulu, ukulinganisela umthwalo oguquguqukayo, kunye nokuhlanganiswa kwe-OCPP yobungqina bexesha elizayo

Isahluko 1: Intshayelelo: Uphuhliso lokutshaja kwe-EV yoRhwebo

Utshintsho lwehlabathi oluya ekuhambeni kombane alusengomkhwa ongaphandle kodwa luyintsika ephambili yocwangciso lwanamhlanje lwedolophu kunye nesicwangciso sezindlu zorhwebo. Njengoko izithuthi ze-injini yokutsha yangaphakathi (ICE) zisuswa ngokwexesha elithile ukuze kusetyenziswe izithuthi zombane (ii-EV), imfuno yeziseko zokutshaja eziqinileyo, ezithembekileyo nezisebenzayo iye yanda. Kubaqhubi bezorhwebo—ukususela kubanini beevenkile ezinkulu kunye nabaphathi beeofisi ukuya kubaqhubi beenqwelo-mafutha kunye nababoneleli beenkonzo zikawonke-wonke—umceli mngeni asikokubonelela nje ngeplagi, kodwa kukubonelela ngesisombululo esinokukhula esisebenzisa kakhulu i-output ngelixa sinciphisa inkcitho-mali (i-CAPEX) kunye nenkcitho yokusebenza (i-OPEX).

Kwimihla yokuqala yoguquko lwe-EV, iitshaja ezinesixhumi esinye zaziqhelekile. Ezi yunithi zazilula, zisebenzela imoto enye ngexesha. Nangona kunjalo, njengoko inani le-EV likhula, ukungasebenzi kakuhle kokusetyenziswa kwesibhamu esinye kuye kwabonakala. Indawo kwiindawo zokupaka iimoto zorhwebo yimpahla ekumgangatho ophezulu. Ukufaka imisele yeentambo, ukuphucula ii-transformers, kunye nokulawula umthamo wegridi olinganiselweyo yimiqobo ebalulekileyo. Kulapho i-MIDA Power Dual-Connector EV Charger ingena khona njengetekhnoloji yokuguqula. Ngokuvumela izithuthi ezimbini ukuba zitshaje ngaxeshanye kwiyunithi enye, iphinda kabini uxinano lokutshaja lwendawo ngaphandle kokuphinda kabini unyawo okanye iziseko zombane eziphambili.

Utshintsho lokutshaja kwezorhwebo luphawulwa kukutshintsha ukusuka ekutshajeni "okunzima kakhulu" ukuya ekutshajeni "kwenkonzo elawulwayo". Abasebenzisi balindele ukufumaneka okuphezulu kunye neendlela zokunxibelelana eziqondakalayo, ngelixa abaqhubi befuna idatha ebanzi, amandla olawulo olukude, kunye nokwabiwa kwamandla okutshintsha ukuqinisekisa ukuba utyalo-mali lwabo luvelisa imbuyekezo ephezulu kangangoko. Isisombululo se-MIDA Power sakhiwe kwifilosofi yokuba ukusebenza kakuhle kufumaneka kwindawo yokudibanisa ukulungiswa kwehardware kunye nobukrelekrele besoftware. Eli nqaku libonelela ngophando olupheleleyo lwe-MIDA Power dual-connector ecosystem, ichaza indlela ezisombulula ngayo iingxaki ezibaluleke kakhulu kwimarike ye-EVSE (Electric Vehicle Supply Equipment) yorhwebo namhlanje.

Okwangoku sibona "iSigaba sesi-2" kuphuhliso lweziseko ze-EV. ISigaba soku-1 sasimalunga nokugubungela—ukufumana iitshaja kwimephu. ISigaba sesi-2 simalunga nomthamo kunye nokuthembeka. Njengoko iibhetri zikhula kwaye isantya sokutshaja sisanda, iziseko kufuneka zibe nobuchule ngakumbi. Inkqubo yokudibanisa kabini ayisiyo itshaja ezimbini kwibhokisi enye kuphela; yindawo yokulawula amandla enobuchule ekwaziyo ukulinganisela iimfuno zezithuthi ezimbini ezahlukeneyo ngelixa ikhusela impilo yegridi yasekuhlaleni. Ngokudityaniswa kwamandla e-AC/DC angama-44kW kunye nolawulo oluphambili lwe-Open Charge Point Protocol (OCPP), i-MIDA Power imisela umgangatho omtsha wento ekufuneka ibe yitshaja yorhwebo.

Isahluko 2: Uyilo lweeNkqubo zeDual-Connector: Ukuqonda iNzuzo yeHardware

Uyilo olubonakalayo lwe-MIDA Power Dual-Connector EV Charger yenzelwe ukuqina, ukuguquguquka, kunye nokusebenza kakuhle kwendawo. Eyona nto iphambili, le nkqubo yenzelwe ukugcina izixhobo zombane ezintsonkothileyo ezifunekayo ukuze kuphume amandla aphezulu ngaphakathi kwendawo ebiyelweyo ethambileyo, engangeni mozulu enokumelana nobunzima bokusetyenziswa luluntu. Ngokungafaniyo neetshaja eziqhelekileyo ezihlala zivakala njengezixhobo zoshishino, iyunithi ye-MIDA Power inoyilo olulungelelanisiweyo olubeka phambili amava omsebenzisi ngelixa igcina ingaphakathi elingaphakathi elisemgangathweni wezoshishino.

2.1 Uyilo lweMishini kunye neNdawo ebiyelweyo

Olu donga ludla ngokwakhiwa ngentsimbi eqinileyo okanye i-aluminium alloy, ephathwa nge-anti-corrosion coating ukuqinisekisa ubomi benkonzo obungaphezu kweminyaka eli-10 kwiindawo ezahlukeneyo zemozulu. Uyilo lwe-dual-connector lubekwe ngononophelo ukuze kuthintelwe ukuxinana kweentambo, ingxaki eqhelekileyo kwizikhululo ezinabantu abaninzi. Isixhumi ngasinye (okanye "isibhamu") sixhaswa zii-holsters ezinzima kunye neenkqubo zolawulo lweentambo ezinciphisa uxinzelelo loomatshini kwiintambo ngokwazo, nto leyo ebangela ukuba kubekho ukugcinwa kweentambo kwishishini.

Ngaphakathi kwitshasi, uyilo lwahlulwe kwiindawo ezicacileyo: isigaba samandla aphezulu, isekethe yokulawula i-low-voltage, kunye neemodyuli zojongano lomsebenzisi. Olu luhlu lubaluleke kakhulu kukhuseleko kunye nolawulo lobushushu. Iifeni ezinkulu nezisebenza kakuhle kunye nee-heat sinks zibekwe ngobuchule ukuze zikhuphe ubushushu obuveliswa ngexesha lomthwalo ohlala ixesha elide we-44kW. Iisensa zobushushu kuyo yonke iyunithi zijonga ubushushu ngexesha langempela, zongeza idatha kwisilawuli esiphakathi ukuze zilungelelanise isantya sefeni okanye amandla e-throttle ukuba kuyimfuneko ukuthintela ukonakala kwezixhobo.

2.2 Ungqamaniso lweZiqhagamshelo ezibini

Inzuzo ephambili yehardware yenkqubo ezimbini zizinto ezidityanisiweyo. Ngokwabelana ngesixhobo esinye esiphambili sokwaphula isekethe, isango lonxibelelwano elinye, kunye ne-interface yomntu-yomatshini omnye (i-HMI), ubunzima ngokubanzi kwindawo nganye yokutshaja buyancitshiswa. Nangona kunjalo, oku kufuna uyilo lonxibelelwano lwangaphakathi oluntsonkothileyo "lwe-Master-Slave" okanye "lwe-Peer-to-Peer" phakathi kwezi sekethe ezimbini zokutshaja.

I-MIDA Power isebenzisa inkqubo yangaphakathi yeebhasi ehambelanayo edibanisa iindlela ezimbini zokutshaja. Xa iGun A iqalisiwe, inkqubo igcina imali efunekayo. Xa iGun B ixhunyiwe, inkqubo ayiqali nje inkqubo yesibini ezimeleyo; iphinda ilinganise ukuhanjiswa kwamandla kuzo zombini izibhamu ngokusekelwe kumbane wokufaka okhoyo kunye neemfuno ezithile zezithuthi ezixhunyiweyo. Eli nqanaba lokuhlanganiswa kwezixhobo liqinisekisa ukuba iyunithi isebenza njengesixhobo esidibeneyo endaweni yokuba kubekho iitshaja ezimbini ezahlukeneyo ezilwela izixhobo ezifanayo.

2.3 Ujongano lomsebenzisi kunye nokufikeleleka

Iitshaja zorhwebo zanamhlanje kufuneka zifikeleleke kubo bonke abasebenzisi. Uyilo lwe-MIDA Power luquka isikrini se-LED okanye se-LCD esikhanyayo esihlala sifundeka phantsi kwelanga elithe ngqo. Izifundi ze-RFID kunye nee-terminals zamakhadi etyala ezikhethiweyo zidityaniswe kwiphaneli engaphambili, zibonelela ngeendlela ezininzi zokuqinisekisa kunye nentlawulo. Olu hlobo lwe-UI luvumela abaqhubi ukuba benze ngokwezifiso imodeli yokusebenzisana kwetshaja ngokusekelwe kwiimfuno zabo zeshishini—nokuba yiqela labasebenzi babucala abafuna amakhadi e-RFID okanye iziko lokuthengisa likarhulumente elisebenzisa iintlawulo zekhowudi ye-QR nge-app yeselula.

Isahluko 3: Uyilo lweTopoloji yangaphakathi: Ukusasazwa kwamandla kunye noNxibelelwano lweeModyuli

I-topology yangaphakathi yayo nayiphi na itshaja ye-EV yiyo echaza ukusebenza kwayo, ukusebenza kakuhle kwayo, kunye nokuthembeka kwayo. Kwimodeli ye-MIDA Power Dual-Connector, i-topology ngumsebenzi wobugcisa wobunjineli bombane, ogxile ekunciphiseni ilahleko zokuguqulwa kunye nokwandisa ukuguquguquka kokuhanjiswa kombane.

3.1 Iindlela ze-AC kunye ne-DC

Inkqubo ye-MIDA Power iyakwazi ukuxhasa ulungelelwaniso lokutshaja lwe-AC kunye ne-DC ngaphakathi kosapho olunye lweemveliso. Kwi-44kW AC dual-connector variant, i-topology igxile kwi-contactors ezinomthamo ophezulu kunye ne-precision metering. Isibhamu ngasinye sisetyenziswa yi-energy grade grade meter yaso ezimeleyo, ukuqinisekisa ukuba ukuhlawuliswa kuchanekile ukuya kuthi ga kwi-±0.5% ukuya kwi-1%, ihlangabezana nemigangatho ye-MID (Measuring Instruments Directive).

Kwizicelo zeDC, i-topology iba nzima ngakumbi, ibandakanya iimodyuli zamandla ze-AC/DC. I-MIDA Power isebenzisa indlela ye-modular power stack. Endaweni ye-converter enye enkulu ye-44kW, inkqubo ingasebenzisa iimodyuli ezininzi ze-20kW okanye ze-30kW. Olu "luhlu" lubonelela ngokuphindaphindeka kwendalo. Ukuba imodyuli enye iyasilela, itshaja inokuqhubeka isebenza ngomthamo ophantsi kunokuba ingasebenzi ngokupheleleyo. Olu luphawu olubalulekileyo kubaqhubi bezorhwebo abangakwaziyo ukuhlawula ixesha lokungasebenzi.

3.2 I-Power Sharing Matrix

Intliziyo ye-dual-connector topology yiPower Sharing Matrix. Le yinethiwekhi yokutshintsha i-solid-state eqondisa umbane ukusuka kwiimodyuli zamandla ukuya kwizihlanganisi ezimbini zokukhupha. Iitshaja ezimbini zemveli zihlala zahlula amandla nge-50/50 (umz., 22kW + 22kW). I-MIDA Power iqhubeka ne-"Dynamic Matrix Allocation." Ukuba imoto enye iyakwazi ukutsala i-7kW kuphela (umda oqhelekileyo kwii-plug-in hybrids ezindala), i-37kW eseleyo ingaqondiswa kwisithuthi sesibini, endaweni yokuba ichithwe okanye itshixwe ngaphandle.

Le topology ifuna unxibelelwano olukhawulezayo phakathi kweNkqubo yoLawulo lweBhetri ye-EV (BMS) kunye nebhodi yokulawula yetshaja. Itshaja isoloko ihlola i-BMS ukuze ifumane "iNqanaba lokuTshaja eliVumelekileyo" kwaye ilungisa useto lwe-matrix kwizithuba ze-millisecond. Oku kuthintela iimeko zoxinzelelo olugqithisileyo kwaye kuqinisekisa ukuba isithuthi ngasinye siyatshaja ngesantya saso esiphezulu esikhuselekileyo.

3.3 Ukhuseleko kunye neTopology yoKhuseleko

Ukhuseleko aluxoxiswana ngalo kwiindawo zorhwebo ezine-voltage ephezulu. I-MIDA Power topology ibandakanya iileya ezininzi zokhuseleko:

• Isixhobo sangoku esisele (i-RCD):Ii-RCD zohlobo B zisemgangathweni, zikhusela kwimijelo yokuvuza ye-AC kunye ne-DC.
• Ukhuseleko lweVoltage engaphezulu/ngaphantsi:Ijonga umgangatho wegridi engenayo ukuze ikhusele itshaja yemoto ekwinqwelo.
• Ukhuseleko lweSekethe emfutshane:Iifusi ezikhawulezayo kakhulu kunye nee-electronic breakers ziqhawula umthwalo nge-microseconds xa kukho impazamo.
• Izixhobo zoKhuselo lokuGqibela (i-SPD):Ii-SPD ezidibeneyo zikhusela izixhobo ze-elektroniki ezibuthathaka ekubetheni imibane okanye ekunyukeni kwegridi.
• Ukufunyanwa kweMpazamo yoMhlaba:Ukubeka esweni rhoqo uqhagamshelo lomhlaba kuqinisekisa ukuba itshasi ihlala ikhuselekile ukuba abasebenzisi bayichukumise nokuba kukho ukusilela ngaphakathi.

Unxibelelwano lwala macandelo lulawulwa ngebhasi yangaphakathi ye-CAN (Controller Area Network). Oku kunciphisa ukuphazamiseka kwe-electromagnetic (EMI) kwaye kuqinisekisa ukuba nokuba kukho ingxolo yokutshintsha amandla aphezulu, imiqondiso yolawulo ihlala icocekile kwaye ithembekile. Ngokwenza ngcono ulwakhiwo olubonakalayo lweebhasi kunye neentambo zocingo, i-MIDA Power ikwanciphisa ukumelana kwangaphakathi kweyunithi, okuthetha ngokuthe ngqo ukusebenza kakuhle kwamandla—oko kuthetha ukuba uninzi lombane ohlawulelwayo ngumsebenzisi luyenza ibe yibhetri yesithuthi.

Isahluko 4: Ukulungiswa kweeNtambo kunye neZiseko zoPhuhliso: Ukunciphisa iCapex ngokusebenzisa ukuthunyelwa kweeDibanisi ezimbini

Esinye sezona zithintelo zibalulekileyo ekwamkelweni ngokubanzi kokutshaja kwe-EV kwiindawo zorhwebo ziindleko ezinkulu zokuphucula iziseko zombane. Xa umnini wepropathi egqiba ekubeni afake iindawo zokutshaja ezili-10, incoko idla ngokuqala ngezixhobo kodwa ngokukhawuleza itshintshele kwiindleko "ezingabonakaliyo": ukuthungela imisele, ukuxhuzula iintambo, iswitshi, kunye nokuphucula i-utility transformer. Itshaja ye-MIDA Power Dual-Connector EV yenzelwe ngokukodwa ukujongana nale mingeni ye-CAPEX ngokuphucula isicwangciso sokusasazwa kwezinto ezibonakalayo nezombane.

4.1 Ukudibanisa i-Electrical Footprint

Kwindlela eqhelekileyo yokuseta, ukufaka iindawo zokutshaja ezili-10 kufuna ukuba kuqhutywe intambo nganye nganye kwibhodi ephambili yokusasaza. Indlela nganye yokusebenza ibandakanya ukugqobhoza imisele kwikhonkrithi okanye kwi-asphalt, nto leyo enokubiza ukusuka kwi-$50 ukuya kwi-$200 ngenyawo nganye ethe tye. Ngokusebenzisa iiyunithi ze-dual-connector, inani leentambo eziphambili liyancitshiswa ngesiqingatha. Endaweni yokuba kuqhutywe intambo ezili-10 kwizibhamu ezili-10, kufuneka kuqhutywe intambo ezi-5 kuphela.

Olu qinaniso lufikelela nakwibhodi yokusasaza ngokwayo. Iyunithi enye ye-44kW edibanisa kabini ifuna i-circuit breaker enye enomthamo ophezulu kunye neseti enye yeebhloko zesiphelo. Oku kunciphisa ubungakanani obubonakalayo beepaneli zokusasaza ezifunekayo kwigumbi lombane, kukhulula indawo exabisekileyo kwizakhiwo zorhwebo apho yonke imitha yesikwere ibalwa khona. Ngaphezu koko, iindleko zomsebenzi zabasebenzi bombane zincitshisiwe kakhulu, njengoko befaka iingcingo kwisiqingatha senani lezikhululo ukuze bafumane umthamo ofanayo wesithuthi.

4.2 Ukonga Izinto Ezisetyenzisiweyo: Ubhedu Nomjelo Womoya

Ixabiso lehlabathi lekopolo liyaguquguquka kwaye ngokubanzi likwindlela yokunyuka. Ngokunciphisa inani lokufakelwa kweentambo ezisetyenziswa ekhaya, i-MIDA Power ivumela abaqhubi ukuba bonge amawaka eedola kwiintambo zombane kuphela. Iyunithi yesixhumi esinamaqhuqhuva amabini inokondliwa yintambo enkulu yokulinganisa ethwala umthwalo wezithuthi ezimbini ngokufanelekileyo, nto leyo edla ngokuba nexabiso eliphantsi kuneentambo ezimbini ezincinci, ezahlukeneyo kumgama omde. Ukongeza, ubungakanani bepayipi yombhobho kunye nemibhobho yokukhusela efunekayo incitshiswa ngama-50%, nto leyo enciphisa ngakumbi iindleko zezinto.

4.3 Ukunciphisa impembelelo yeTransformer kunye neGrid

Umthamo wegridi ngumthombo onomda. Izakhiwo ezininzi zorhwebo zinendawo yamandla encinci eyabelwe ngumboneleli weenkonzo. Ukuba umqhubi ufaka iitshaja ezilishumi ze-22kW ezinesixhumi esinye, umqhubi unokufuna ukuphuculwa kwetransformer ukuze akwazi ukusingatha umthwalo onokubakho we-220kW. Nangona kunjalo, inkqubo ye-MIDA Power dual-connector, edibene nolawulo lwayo lomthwalo olukrelekrele, ivumela umqhubi ukuba "abhalisele" umthamo.

Ngenxa yokuba iiyunithi ze-MIDA Power zinokucwangciswa ukuba zingadluli umthwalo othile wesiza, abaqhubi banokuphepha iindleko ezi-6 ze-transformer entsha. Le nkqubo isebenza njenge-buffer, ilungisa iincopho kwaye iqinisekise ukuba iziseko ezikhoyo zisetyenziswa kangangoko ziphezulu ngaphandle kokutyhalelwa kwimeko engakhuselekanga okanye enomda ogqithisileyo. Le ndlela "yokukhanya kweziseko" yiyo eyenza i-MIDA Power ibe lukhetho olukhethwayo lokulungisa iipropati zorhwebo ezindala.

Isahluko 5: Ukwabelana ngeMithwalo eDynamic kunye neeNdlela zoKwabiwa kwamandla zokuTshaja iiMoto ezininzi

I-Hardware ilungile kuphela njengesoftware eyilawulayo. Kwimeko-bume enezixhumi ezimbini, umngeni kukusasaza amandla phakathi kwezithuthi ezimbini ngendlela efanelekileyo, esebenzayo, nephendula kwiimfuno zegridi. I-MIDA Power isebenzisa uluhlu lwee-algorithms eziphambili ukulawula esi senzo sinzima sokulinganisela.

5.1 Ingqiqo yokulinganisela umthwalo oguquguqukayo (i-DLB)

I-Dynamic Load Balancing (DLB) kumxholo we-MIDA Power ibhekisa kubuchule bokutshintsha amandla phakathi kweGun A kunye neGun B ngexesha langempela. Kodwa inkqubo igqiba njani ukuba ngubani ofumana ntoni? I-algorithm iqwalasela iingeniso ezintathu eziphambili:

1. Imeko Yokutshaja Kwangoku Kwesithuthi (i-SoC):Izithuthi ezine-SoC ephantsi zihlala zifuna amandla aphezulu ombane ixesha elide.
2. Isantya esiphezulu sokutya kwesithuthi:I-EV enetshaja ye-11kW ekwibhodi ayinakusebenzisa i-22kW, ngoko ke i-algorithm ayizukwabela ngaphezulu kwe-11kW kuloo port.
3. Amandla Apheleleyo Afumanekayo Kwisiza:Isilingi esibekwe ngumphathi wesakhiwo ukuthintela ukukhubeka kwesixhobo esiphambili sokwaphula umbane.

I-algorithm ye-MIDA Power isebenzisa imodeli ethi “Smooth Transition”. Ngokungafaniyo neetshaja ezisisiseko ezinokunciphisa amandla ngequbuliso kwenye imoto xa enye iqala, i-MIDA Power inyusa okanye yehlisa amandla kancinci kancinci. Oku kubalulekile kwimpilo yezixhobo ze-elektroniki zesithuthi kwaye kuthintela ukunyuka kwamandla e-voltage okunokwenzeka ngokutshintsha umthwalo omkhulu ngequbuliso.

5.2 Ulwabiwo olusekelwe kuPhambili

Abaqhubi bezorhwebo badla ngokufuna okungaphezulu nje kokwabelana ngokulula; bafuna ukwabelana okusekelwe kumgaqo-nkqubo. I-MIDA Power ixhasa amanqanaba aphambili. Umzekelo, umqhubi weenqwelo-mafutha unokubeka phambili iiveni zakhe zokuhambisa ngaphezu kweemoto zabasebenzi. Ukuba iveni yokuhambisa ingena kwiGun B ngelixa imoto yabasebenzi itshaja kwiGun A, i-algorithm ye-MIDA Power ingayitshintsha ngokuzenzekelayo iGun A iye kwinqanaba layo eliphantsi lokutshaja elikhuselekileyo (ngesiqhelo i-6A) kwaye itshintshe yonke indawo eseleyo iye kwiGun B ukuqinisekisa ukuba iveni ikulungele ukuhamba kwayo.

Le ngqiqo ilawulwa nge-MIDA Power Cloud Platform, evumela abaqhubi ukuba batshintshe izinto ezibalulekileyo ngokukhawuleza ngaphandle kokutyelela indawo. Iguqula itshaja ukusuka kwisixhobo esingenangqondo ibe yimpahla yeqhinga exhasa iinjongo zokusebenza kweshishini.

5.3 Ubulungisa kunye namava omsebenzisi

Esinye isikhalazo esiqhelekileyo ngeetshaja ezabelwana ngazo sisohlwayo esithi “ofike kuqala, ofike kuqala”, apho umntu wesibini ofike ufumana itshaja ecothayo kakhulu. I-MIDA Power ijongana nale nto nge “Equalization Routine.” Ukuba izithuthi ezimbini ezifanayo zixhunyiwe, inkqubo inokuseta amandla okutshintshana phakathi kwazo kwimijikelo, ukuqinisekisa ukuba zombini zifikelela kuluhlu olusebenzisekayo malunga nexesha elinye. Oku kuthintela ukukhungatheka komsebenzisi kwaye kuqinisekisa ukuba akukho mntu “uxinezelekileyo” ngelixa omnye umsebenzisi elawula umbane kangangeeyure.

Isahluko 6: Umgangatho we-44kW Dual-Connector: Ukuvala isithuba phakathi kwe-AC kunye ne-DC Charging

Kangangexesha elide, ishishini le-EV lalahlulwe phakathi kwe-“Slow AC” (3kW-7kW) kunye ne-“Fast DC” (50kW+). Indawo ephakathi—esiyibiza ngokuba yi-“Destination Fast Charging”—yayingafikeleleki ngokwaneleyo. I-MIDA Power iqalise umgangatho we-44kW dual-connector ukugcwalisa esi sikhewu sibalulekileyo, ibonelela ngesisombululo esikhawulezayo kunokutshaja ekhaya kodwa esingabizi kakhulu kwaye kulula ukusifaka kunezikhululo ze-DC ezikhawulezayo kakhulu.

6.1 Kutheni i-44kW?

Inombolo 44 ayixhomekekanga kwisigqibo. Imele iitshaneli ezimbini ze-22kW. I-22kW yeyona migangatho iphezulu yokutshaja i-AC yezigaba ezintathu kwiimarike ezininzi zaseYurophu naseAsia. Ngokudibanisa ezimbini kwezi mveliso zibe yiyunithi enye, i-MIDA Power ibonelela ngeqonga eliguquguqukayo.

• Kwizithuthi ze-AC:Iimoto ezimbini zinokutshaja nge-22kW ngaxeshanye, nto leyo enokongeza malunga neekhilomitha ezili-100-120 zomgama ngeyure yokutshaja. Oku kulungele iivenkile ezinkulu, iicinema, kunye neendawo zokutyela apho ixesha lokuhlala liphakathi kweyure e-1 ukuya kwe-3.
• Kwiiyunithi zorhwebo ezine-DC-Capable:I-MIDA Power ikwabonelela ngale fom kwisimo se-DC, inika amandla angama-44kW angaguqukiyo kwisithuthi esinye okanye iwahlule abe yimijelo emibini ye-20kW+. Oku kulungele iimoto ezincinci zorhwebo (ii-LCV) ezifuna "ukongeza" ngokukhawuleza ngexesha lekhefu lesidlo sasemini.

6.2 Iingenelo zobuChwepheshe zoYilo lwe-44kW

Iyunithi ye-MIDA Power engama-44kW isebenzisa i-topology yokutshintsha rhoqo egcina ukusebenza kakuhle nokuba kumthwalo ongaphelelanga. Eli linqanaba eliqhelekileyo lokusilela kwiitshaja ezininzi; zisebenza kakuhle kumthwalo we-100% kodwa zichitha amandla xa zitshaja imoto enye ngesantya esiphantsi. Iimodyuli zamandla zangaphakathi ze-MIDA Power zenzelwe ukusebenza ngamanqanaba, zicima izinto ezingafunekiyo ukuze zonge amandla xa imfuno iphantsi.

Ngaphezu koko, umgangatho we-44kW “awunakuze utshintshe kwixesha elizayo.” Njengoko iitshaja ezikwii-EV ziqhubeka ziphucuka, umthamo we-22kW ngompu ngamnye uqinisekisa ukuba iyunithi ye-MIDA Power ayisayi kuphelelwa lixesha kwiminyaka emithathu. Ibonelela ngegumbi elaneleyo lesizukulwana esilandelayo see-EV zodidi oluphezulu nezentengiso eziya kuba nezilungisi ze-AC ezinomthamo ophezulu.

6.3 Ukuguquguquka kwiiMarike zeHlabathi

Ngenxa yokuba uyilo lwe-44kW lwakhiwe kuyilo lwamandla olunezigaba ezintathu (400V AC), luhambelana kakhulu neegridi zombane zemizi-mveliso ezifumaneka kwiindawo ezininzi zorhwebo kwihlabathi liphela. Nokuba ziigridi ze-50Hz zaseYurophu okanye iigridi ze-60Hz zezinye iindawo, izixhobo zamandla zangaphakathi ze-MIDA Power zibanzi, zivumela ubuchwepheshe obufanayo ukuba busetyenziswe kwihlabathi liphela ngotshintsho oluncinci lwengingqi. Olu hlengahlengiso lwehlisa iindleko zeenkampani zamazwe ngamazwe ezifuna ukulungelelanisa iziseko zazo zokutshaja kwiindawo ezahlukeneyo.

Isahluko 7: Ukuhlanganiswa kwe-OCPP 1.6J/2.0.1 yoLawulo lweNethiwekhi yoRhwebo

Kwihlabathi lokutshaja kwe-EV yorhwebo, izixhobo zekhompyutha ziyinto nje encinci kakhulu. Ixabiso lokwenyani lomsebenzisi lixhomekeke kubuchule bokulawula, ukujonga, kunye nokwenza imali ngezixhobo. Kulapho i-Open Charge Point Protocol (OCPP) iba yibhulorho ebalulekileyo. I-MIDA Power Dual-Connector EV Charger ixhasa ngokupheleleyo i-OCPP 1.6 JSON (1.6J) kwaye ikulungele ukutshintshela kwi-OCPP 2.0.1, iqinisekisa ukusebenzisana okuphezulu kunye nokukhuselwa kwixesha elizayo.

7.1 Ukubaluleka Kokuba "Ngumntu Ovulelekileyo"

Iinethiwekhi zokutshaja zeproprietary ziyingozi kubaqhubi bezorhwebo. Ukuba umenzi wehardware uyayeka ukusebenza okanye utshintsha amaxabiso esoftware yakhe, umqhubi unokushiywa "nesitena" - itshaja esebenzayo engenakukwazi ukuthetha nehlabathi langaphandle. Ukuzibophelela kwe-MIDA Power kwi-OCPP kuthetha ukuba iitshaja zayo zinokuqhagamshela kuyo nayiphi na inkqubo yolawulo lwe-back-end ehambelanayo (CPMS). Oku kunika umnini inkululeko yokutshintsha ababoneleli benethiwekhi ngaphandle kokutshintsha iihardware zabo, ekhusela utyalo-mali lwabo lwexesha elide.

7.2 Ukubeka esweni nokuxilonga kude

Nge-OCPP, iiyunithi ze-MIDA Power zibonelela ngedatha eninzi kumqhubi. Oku kuquka imeko yexesha langempela (Ekhoyo, Ukulungiselela, Ukutshaja, Ukugqiba, Ukungasebenzi kakuhle), ukusetyenziswa kwamandla ngeseshoni nganye, kunye neekhowudi zempazamo ezineenkcukacha.

• Imiyalezo yokubetha kwentliziyo:Itshaja ithumela "iintliziyo" eziqhelekileyo kwiseva. Ukuba iyunithi ayisebenzi ngenxa yokucima kombane okanye ukungasebenzi kwenethiwekhi, umqhubi uyaziswa ngoko nangoko, nto leyo evumela impendulo ekhawulezileyo.
• Ukuseta kwakhona okukude:Amaxesha amaninzi, ingxaki elula yesoftware ingasonjululwa ngokuyiqalisa kwakhona. I-OCPP ivumela umsebenzisi ukuba enze "iSoft Reset" okanye "iHard Reset" eofisini yakhe, ephepha iindleko zokuthumela ingcali kwindawo leyo.
• I-Firmware Ehambayo (FOTA):Njengoko kukhutshwa iimodeli ezintsha ze-EV kwaye kuphuhliswa iimpawu ezintsha, iiyunithi zamandla ze-MIDA zinokuhlaziywa kude. Oku kuqinisekisa ukuba iitshaja zihlala zihambelana neenkqubo zamva nje zonxibelelwano lwezithuthi ngaphandle kokungenelela ngokwasemzimbeni.

7.3 Ukutshaja okuKhawulezayo kunye nokuDityaniswa kweGridi

I-OCPP 1.6J kunye ne-2.0.1 ziquka inkxaso yeeprofayili "zokutshaja ngobuchule". Oku kuvumela inkqubo yolawulo oluphambili ukuba ithumele imiyalelo kwiyunithi ye-MIDA Power ukunciphisa ukutsalwa kwayo kwamandla ngamaxesha athile emini.

• Ukucheba okuNcinci:Ukuba irhafu yombane yesakhiwo sorhwebo iphezulu emva kwemini, i-CPMS ingayalela iitshaja ukuba zinciphise imveliso ziye kuma-50%, zigcine imali kumqhubi kwiindleko zokufunwa.
• Ukulungela i-V2G:Nangona iVehicle-to-Grid (V2G) iseyiteknoloji entsha, iziseko zonxibelelwano ezibonelelwa yi-OCPP 2.0.1 ziqinisekisa ukuba izixhobo ze-MIDA Power ziya kukwazi ukuthatha inxaxheba kwiinkqubo zokulinganisela igridi apho ii-EV zibuyisela umbane kwisakhiwo okanye kwigridi ngexesha lemfuno ephezulu.

7.4 Ukhuseleko lweNtengiselwano kunye noBucala beDatha

Ukutshaja kwezorhwebo kubandakanya iintengiselwano zemali. I-MIDA Power isebenzisa iimpawu zokhuseleko eziphambili ngaphakathi kokuphunyezwa kwayo kwe-OCPP, kubandakanya ukubethela kwe-TLS (Transport Layer Security) kuzo zonke iindlela zonxibelelwano phakathi kwetshaja kunye nelifu. Oku kuthintela ukuhlaselwa "ngumntu ophakathi" kwaye kuqinisekisa ukuba idatha yentlawulo yomsebenzisi kunye neziqinisekiso ze-RFID azize zonakaliswe.

Isahluko 8: Uhlalutyo lwe-ROI kwizindlu nezakhiwo zorhwebo: Amaxesha okuhlawula kunye neMithombo yeNgeniso

Kumphuhlisi wezindlu okanye umphathi wesakhiwo, itshaja ye-EV lutyalo-mali oluyinkunzi olumele luqinisekiswe yiMbuyekezo yoTyalo-mali (i-ROI). Imodeli ye-MIDA Power Dual-Connector inikezela ngeprofayili ye-ROI eyahlukileyo edla ngokuba ngcono kunezinye iindlela ze-single-connector.

8.1 Umphindaphindi weNgeniso

Eyona nzuzo icacileyo yeyunithi yesixhumi esimbini kukukwazi ukuvelisa imithombo emibini yengeniso kwisixhobo esinye. Kwindawo yokuthengisa kawonke-wonke, ukuba umqhubi uhlawulisa nge-kWh okanye ngomzuzu, ukuba neemoto ezimbini zihlawulisa ngaxeshanye kuphinda kabini ingeniso enokubakho yeyure yendawo yokupaka. Nokuba ixabiso lokwabelana ngomthwalo we-44kW, amandla esikhululo sesixhumi esimbini aphezulu kakhulu kwixesha leeyure ezingama-24 kunezikhululo ezibini ezahlukeneyo zesibhamu esinye ezinokuba namazinga aphantsi okusetyenziswa ngenxa yokungqubana kokupaka.

8.2 I-ROI engathanga ngqo: Umthengi "onamathelayo"

Kwicandelo lokuthengisa kunye neendwendwe, i-ROI yetshaja ye-EV ayilinganiswa kuphela kwi-kWh ethengiswayo. Abaqhubi be-EV badla ngokuba ngabantu abanengeniso ephezulu abenza izigqibo zenkcitho ngokusekelwe ekufumanekeni kokutshaja. Ivenkile enkulu enikezela nge-MIDA Power yokutshaja kabini ngesantya esiphezulu iba yindawo ekhethwayo. Ngelixa imoto ixhunyiwe imizuzu engama-60 ukuya kwengama-90, umqhubi uchitha imali kwikofu, ukutya, okanye ukuzonwabisa. Olu nyuko "lwexesha lokuhlala" luphawu olunamandla lwe-ROI olungathanga ngqo olubekwa phambili ngabaphathi bepropathi.

8.3 I-ROI yokunciphisa iindleko

Njengoko kuxoxiwe kwiSahluko 4, ukonga kweCAPEX kokufakwa kwe-dual-connector kukhulu kakhulu. Ukuba iyunithi ye-MIDA Power igcina i-$5,000 kwiindleko zokutsala imisele kunye neentambo xa kuthelekiswa neeyunithi ezimbini ezizimeleyo, loo $5,000 yimbuyekezo ekhawulezileyo kutyalo-mali. Xa ubala ixesha lokubuyisela imali, olu konga kwangaphambili lunokunciphisa ixesha lokuzuza inzuzo ngeenyanga ezili-12 ukuya kwezili-18.

8.4 Izikhuthazo zikaRhulumente kunye neeKredithi zeRhafu

Iindawo ezininzi zibonelela ngezibonelelo kunye nezikhuthazo zerhafu kwiziseko zophuhliso ze-EV. Ngenxa yokuba iiyunithi ze-MIDA Power zinamandla aphezulu kwaye zixhasa imigangatho evulekileyo efana ne-OCPP, zihlala zifanelekile ukufumana amanqanaba aphezulu enkxaso karhulumente. Kwezinye iindawo, ezi zikhuthazo zinokugubungela ukuya kuthi ga kwi-50-80% yeendleko zeprojekthi iyonke, okwenza isisombululo se-MIDA Power sibe sisindululo semali esinomtsalane ngakumbi.

Isahluko 9: Amaqhinga okusasaza abantu abaninzi kwiindawo zasezidolophini kunye neendawo zokupaka

Ukufudukela kwabantu ezidolophini kudala imfuno ephezulu yokutshaja kwiindawo apho indawo ikumgangatho ophezulu. Iigaraji zokupaka ezinemigangatho emininzi, ukutshaja ecaleni kwendlela, kunye neendawo zokuhlala ezingaphantsi komhlaba zifuna indlela ethile yokusetyenziswa. I-MIDA Power sisiseko sezi zicwangciso zoxinano olukhulu.

9.1 Ukusasazwa Okuthe Tye Nokuncinci

Kwigaraji yokupaka exineneyo, akukho ndawo yezixhobo ezibanzi. Iyunithi yesixhumi esidibeneyo se-MIDA Power ineprofayili ethe nkqo, evumela ukuba ifakwe kwisiseko esincinci okanye ngqo kwintsika yesakhiwo. Ngokukhonza izitali ezimbini zokupaka ezikufutshane ezivela kwiyunithi enye efakwe kwintsika, umphathi wesakhiwo unokongeza amandla okutshaja ngaphandle kokulahlekelwa ziindawo zokupaka ezisebenzisekayo okanye ukuthintela ukuhamba kwesithuthi.

9.2 Ingcamango "yeZiko lokutshaja"

Abaqhubi bezorhwebo abakhulu bayayeka ukuthengisa iitshaja ezisasazekileyo baye kwi "Charging Hubs." I-MIDA Power-powered hub inokuba neeyunithi ezi-5 zokudibanisa ezimbini, ezibonelela ngeendawo zokutshaja ezili-10 kwindawo exineneyo. Olu xinzelelo lwenza kube lula ukubonelela ngezinto eziluncedo (ezifana nokukhanyisa kunye neempawu) kwaye lwenza kube lula ukusasazwa kombane.

• Amandla okuTyatyana kweDaisy:Iiyunithi zamandla ze-MIDA zinokucwangciswa ukuze zixhase "ukudibanisa iintambo" zonxibelelwano kwaye, kwezinye iimeko, amandla. Oku kuvumela intambo enye ephambili ukuba yondle umqolo weetshaja, kunye nolawulo lwangaphakathi lomthwalo olusingatha usasazo, nto leyo enciphisa kakhulu ubunzima boyilo lwehabhu.

9.3 Imingeni yoMgca kunye neMingeni yaseSitratweni

Kurhulumente wesixeko, iiyunithi ezidibanisa izinto ezimbini zilungele ukutshaja esitalatweni. Iyunithi enye ingabekwa ecaleni kwendlela phakathi kweendawo ezimbini zokupaka. Oku kunciphisa ukuxinana "kwefenitshala yesitalato", nto leyo exhalabisa kakhulu abacwangcisi basezidolophini. Uyilo oluqinileyo lwe-MIDA Power kunye nokumelana nempembelelo (uvavanyo lwe-IK10) kwenza ukuba ifaneleke kwezi ndawo zikarhulumente apho ukungqubana ngengozi kweemoto okanye ukonakala kuyingozi.

9.4 Ukukhula: Ukuqala Kancinci, Ukukhula Kakhulu

Enye yezona ndlela zibalaseleyo kwiindawo ezixineneyo yi-"Modular Expansion." Umqhubi wemoto angafaka i-basemental cable ukuze afumane amanqaku angama-20 kodwa asebenzise ii-2 MIDA Power dual units (4 points) ekuqaleni. Njengoko imfuno ikhula, banokongeza ngokulula iiyunithi ezingaphezulu kwiintambo ezikhoyo. Amandla enkqubo ye-MIDA Power okudibanisa nolawulo lwamandla kwindawo yonke aqinisekisa ukuba ukongeza itshaja ye-10 okanye yama-20 akudingi uhlengahlengiso olupheleleyo lwenkqubo yombane yesakhiwo.

Isahluko 10: Ulondolozo olupheleleyo lwe-Life-Cycle kunye noBunjineli bokuThembeka kwiitshaja zokufikelela kuluntu

Itshaja ye-EV yorhwebo ayisosixhobo "sokuseta nokulibala". Sisixhobo soshishino esinamandla kakhulu esisebenza kwiimeko ezinzima zangaphandle. Ifilosofi yobunjineli be-MIDA Power idlulela ngaphaya kokuthengiswa kokuqala ukuze ibandakanye lonke umjikelo wobomi besixhobo, igxile ekunciphiseni "iXesha Eliphakathi Lokulungisa" (MTTR) kunye nokwandisa "iXesha Eliphakathi Phakathi Kokusilela" (MTBF).

10.1 Isakhelo soLondolozo loThintelo

Ukuthembeka kuqala ngeshedyuli yokulungisa ecwangcisiweyo. Iiyunithi zamandla ze-MIDA ziyilwe ngamanqaku okuvavanya afikelelekayo kunye nezinto ezisetyenziswa kwiimodyuli ezenza uvavanyo lube lula.

• Ukucoca isihluzo kunye nokungenisa umoya:Kwiiyunithi ezinokupholisa okusebenzayo, i-MIDA Power icacisa izihluzi zomoya ezinokuthi zitshintshwe ngokulula ezithintela uthuli kunye nenkunkuma ukuba ingaqokeleli kwii-elektroniki zamandla ezibuthathaka.
• Ukuhlolwa kweCable kunye neConnector:Iimbumbulu zokutshaja zezona ndawo ziphathwa kakhulu kwinkqubo. I-MIDA Power inika izikhokelo zokuhlolwa rhoqo kweepini kunye nee-housings. Kwiseti yezihlanganisi ezimbini, ukuba umpu omnye ubonakalisa ukuguguleka, ungatshintshwa ngokwawo ngaphandle kokususa yonke iyunithi ngaphandle kwe-intanethi.
• Uvavanyo loMbane:Uvavanyo lwe-RCDs kunye neenkqubo zokumisa umhlaba luyacetyiswa minyaka le. Isoftware yokuxilonga yangaphakathi ye-MIDA Power inokwenza ezinye zezi mvavanyo zibe zenzeke ngokuzenzekelayo, ixele iziphumo nge-OCPP kumqhubi.

10.2 Ubunjineli bokuThembeka: Ukuyila iiExtremes

Iitshaja zikawonke-wonke zijongene noxinzelelo olukhethekileyo: amaqondo obushushu agqithisileyo, ukufuma, ityuwa etshizwa kwiindawo ezikunxweme, kwanempembelelo ebonakalayo. I-MIDA Power isebenzisa iindlela ezahlukeneyo zobuchwepheshe zokuphucula ukuthembeka:

• Ukwaleka okuNxibeleleneyo:Zonke ii-PCB zangaphakathi (iiBhodi zeSiseko eziPrintiweyo) ziphathwa ngengubo ehambelana nokufuma ukuthintela ukugqwala kwiindawo ezifumileyo okanye ezikunxweme.
• Amandla oLawulo oluNgasebenziyo:Inkqubo yolawulo lwe-voltage ephantsi idla ngokuba ne-backup yayo okanye umbane ozinzileyo kakhulu, oqinisekisa ukuba "iingqondo" zetshaja zihlala ziphila nokuba icala le-voltage ephezulu lifumana impazamo yexeshana.
• Ii-Interlocks zeNqanaba leHardware:Isixhumi ngasinye sinesitshixo esitshixwayo esithintela ukuba singasuswa xa umbane uqhubeka. Oku kukhusela umsebenzisi kunye nezihlanganisi zombane ekuqhekekeni.

10.3 Inzuzo yoLungiso lweModular

Kwimeko engaqhelekanga yokungasebenzi kakuhle kwehardware, i-MIDA Power's modularity yeyona nto inamandla ayo amakhulu. Iitshaja zemveli zihlala zifuna ukuba iyunithi yonke itshintshwe okanye ukulungiswa okuntsonkothileyo, kwinqanaba leenxalenye kwenziwe kwindawo. I-MIDA Power isebenzisa "iiField Replaceable Units" (ii-FRU).

• Utshintsho lweModyuli yamandla:Ukuba imodyuli yamandla engama-20kW iyasilela, ingcali inokuyishelela nje ize ishelele entsha kwimizuzu engaphantsi kwe-15.
• Ukutshintshwa kwe-HMI:Ukuba isikrini sonakaliswe kukonakala, imodyuli yephaneli engaphambili inokutshintshwa ngaphandle kokuphazamisa intambo yangaphakathi ene-voltage ephezulu.

Le ndlela yokulawula inciphisa kakhulu iindleko zomsebenzi kwaye iqinisekisa ukuba itshaja iyasebenza ngokukhawuleza, ikhusela ingeniso yomqhubi.

10.4 Uhlalutyo lweDatha yoMjikelo woBomi

I-MIDA Power ikhuthaza abaqhubi ukuba basebenzise idatha eveliswe ziitshaja ukuqikelela ukusilela. Ngokujonga iindlela zobushushu bangaphakathi okanye amazinga okugqiba iseshoni yokutshaja, inkqubo inokuchonga icandelo "eligulayo" ngaphambi kokuba lisilele ngokwenene. Umzekelo, ukuba ubushushu beGun A buhlala buphezulu ngama-5 degrees kuneGun B phantsi komthwalo ofanayo, bunokubonisa ukuba isiphelo esikhululekileyo okanye ifeni engasebenzi kakuhle. Ukujongana noku kwangoko kuthintela ukusilela okukhulu kwaye kwandisa ubomi beyunithi yonke ukuya kwiminyaka eli-15 nangaphezulu.

Isahluko 11: Iindlela Eziza Kulandela: I-V2G, ii-Smart Grids, kunye nokuKhula kwee-Dual-Connector Hubs

Indlela yokutshaja i-EV itshintsha ngokukhawuleza. Itshaja ye-MIDA Power Dual-Connector EV ayakhelwe iimoto zanamhlanje kuphela, kodwa nenkqubo yamandla ka-2030 nangaphaya. Njengoko sisiya kwigridi edibeneyo nedijithali, iindlela ezininzi eziphambili ziya kuchaza ikamva lokutshaja kwezorhwebo.

11.1 Isithuthi-ukuya-kwiGridi (V2G) kunye nokutshaja okubhekisa kwicala elinye

Nangona okwangoku uninzi lweetshaja "zihamba ngendlela enye" ​​(iGrid-to-Vehicle), kwiminyaka elishumi ezayo kuya kubakho ukunyuka kweV2G. I-EV epakiweyo ngokuyintloko yibhetri enkulu yeselula. Ngezixhobo ze-bidirectional, iiyunithi ze-MIDA Power zinokuvumela izakhiwo zorhwebo ukuba zisebenzise amandla agcinwe kwiimoto zabasebenzi bazo okanye zeendwendwe ukubonelela ngesakhelo ngexesha lokuphazamiseka kwegridi okanye ukuthengisa amandla kwakhona kwisixhobo xa amaxabiso ephezulu. Uyilo lwe-MIDA Power dual-connector lufanelekile kakhulu koku kuba lunokulawula iibhetri ezimbini ngaxeshanye, lubonelela ngedama elikhulu lamandla kwisakhiwo ukuze sisebenzise. Ii-elektroniki zamandla ezintsonkothileyo esele zikhona kwiiyunithi ze-MIDA Power 44kW zibonelela ngesiseko sezi zakhono zexesha elizayo ze-bidirectional.

11.2 Ukuhlanganiswa kwamandla avuselelekayo kunye nokugcinwa kwindawo yokugcina izinto

Iindawo ezininzi zorhwebo ngoku zifakela iimoto zelanga kunye nendawo yokugcina iibhetri ezisisigxina. Ikamva le-MIDA Power libandakanya ukuhlanganiswa ngokuthe ngqo nezi nkqubo.

• Ukuthelekiswa kweLanga:Iitshaja ze-MIDA Power zinokucwangciswa ukuze zonyuse isantya sokutshaja xa imveliso yelanga ikwinqanaba eliphezulu, nto leyo egcina "ilanga" kwiibhetri zesithuthi.
• Iibhetri zeBuffer:Kwiindawo apho amandla egridi ebuthathaka, itshaja ye-MIDA Power ingadityaniswa nebhetri yendawo. Igridi itshaja kancinci ibhetri yendawo, kwaye xa iimoto ezimbini zingena, iyunithi ye-MIDA Power itsala amandla kwigridi nakwibhetri yendawo ukuze inike itshaja ekhawulezayo engenakukwazi ukuyixhasa igridi yodwa.

11.3 Ulawulo lwaMandla oluqhutywa yi-AI

I-Artificial Intelligence iza kudlala indima enkulu kwizikhululo zokutshaja zexesha elizayo. I-MIDA Power ihlola ukusetyenziswa kwe-AI ukuqikelela imfuno yokutshaja ngokusekelwe kwiipateni zembali, idatha yemozulu, kwaneeshedyuli zeziganeko zasekuhlaleni. Kwivenkile enkulu, inkqubo inokuthi "ipholise" iitshaja kwaye igcine umthamo wegridi ngoMgqibelo emva kwemini kuba iyazi ukuba kulapho imfuno iya kuba phezulu khona. Olu buchule bokuqikelela buphucula ngakumbi i-ROI ngokuqinisekisa ukuba inkqubo ihlala ikulungele ukusebenza ngexesha layo eliphezulu xa abasebenzisi beyifuna kakhulu.

11.4 Ukunyuka Kokutshaja Kweenqanawa Ezizimeleyo

Njengoko izithuthi ezizimeleyo (ii-AV) zisiba yinyani, kuya kufuneka iziseko zokutshaja zihlengahlengise. Itshaja enezixhumi ezimbini lilitye eliqondakalayo lokuya kwiindawo zokutshaja zerobhothi okanye ezingenazingcingo. Kwindawo yokutshaja ezizimeleyo, iyunithi yamandla e-MIDA inokusebenza njengomqolo womsebenzi wonke wokutshaja. I-shuttle ezimeleyo iya kwindawo evulekileyo, ingalo yerobhothi okanye inkqubo yokuxhula ezenzekelayo ifaka intambo, kwaye itshaja iqinisekisa imoto nge-ISO 15118 ngaphandle kokunxibelelana nomntu omnye. Indawo yokuxhula ezimbini ifumana indawo yayo apha: ngelixa irobhothi isebenzela enye imoto, ikhonkco lesibini sele lisebenza nelinye, lisebenzisa kakhulu i-bay kwaye linciphisa inani leerobhothi ekufuneka zithengwe yi-depot.

• Iiseshoni Ezicwangcisiweyo, Ezingenamntu:Isoftware yeFleet ixelela imoto nganye ukuba itshaje nini, kwaye itshaja iqhuba iseshoni ngaphandle kokujonga. Ii-algorithms ezifanayo zokulinganisela umthwalo ezikhusela i-transformer yakho namhlanje zizo ezenza oku kukhuseleke kakhulu.
• Ibhulorho yokutshaja ngaphandle kwentambo:Iipateni zolawulo nonxibelelwano ezenzelwe ukumisa intambo ngokuzenzekelayo — ukubeka, ukuxhawulana, ulawulo lweseshoni — zidibanisa phantse umntu ngamnye kwiiphedi zokutshaja ezivuselelayo, ngoko ke utyalo-mali lwanamhlanje kwisoftware yokuzenzekelayo aluphazamiseki xa kufika iiphedi ezingenazingcingo.

Kwabaqhubi, indlela yokusebenza ezenzekelayo itshintsha izinto eziza kuqala ekuthengweni namhlanje. Iindawo zokuhambisa iimpahla kufuneka ziyilwe kucingwa ngolawulo lweentambo ezisebenzisa injini okanye ngejiyometri yerobhothi, kwaye ii-OCPP 2.0.1 kunye ne-ISO 15118 zetshaja kufuneka zixhase iiseshoni eziqalwe ngumatshini - ukuqinisekiswa, ucwangciso, kunye nokuphathwa kweempazamo okusebenza ngaphandle kokuba umqhubi womntu abekhona. Ezi azizo iimfuno ezingaqhelekanga; ziindlela ezifanayo ezisetyenziswa ziinqwelo zanamhlanje, ezisasazeke kwisithuthi ngokwaso.

Isahluko 12: Isiphelo — Ukwakha Indawo Yokutshaja Enobungqina Bekamva, Ene-ROI Ephezulu

Ukususela kwiindawo zokudibanisa ezimbini ukuya ekulinganiseni umthwalo, ukuhlanganiswa okuhlaziyekayo, ulawulo lwamandla oluqhutywa yi-AI, kunye nokulungela ukuhamba kweenqwelo-moya ezizimeleyo, umxholo wesi sikhokelo uyafana:I-ROI ekutshajisweni kwezorhwebo ivela ekusetyenzisweni, kungekuphela nje kwamandla.Isitishi esigcina yonke indawo ixakekile, sithenga umbane ngeyure engabizi kakhulu, kwaye sikhusela uqhagamshelo lwaso lwegridi ngokusebenzisa ubukrelekrele siya kugqwesa ukufakelwa okukhulu, okungenamsebenzi kuyo nayiphi na imilinganiselo yezemali.

• Isixhumi esiphindwe kabini + ukulinganisela umthwaloinokuphinda kabini umlinganiselo wokuphuma kwendawo nge-bay nganye, inyuse ngokuthe ngqo ingeniso ngaphandle kokongeza amandla e-transformer.
• Ukubhafa ibhetriIvula iiseshoni zamandla aphezulu kwiigridi ezibuthathaka kwaye iguqula intsalela yelanga ibe yingeniso yokutshaja ngokuhlwa.
• Ishedyuli ye-AIiguqula ukuhlawulisa ukusuka kwindleko engasebenziyo ibe yimpahla elawulwa ngokukhutheleyo — iqikelela imfuno, iindawo zokupholisa ngaphambi kokuba iphole, kunye nomthamo wokugcina xa kubalulekile.
• Izixhobo ezilungele ukuzenzekelayoibeka indawo yakho kwixesha le-AV, xa iidokhi ezingenabantu kunye noqhagamshelo lwerobhothi ziba ngumgangatho.

Indawo yokutshaja ka-2026 iya kujongeka ngathi yindawo yedatha kunesitishi sepetroli: ichazwe yisoftware, ijongwa rhoqo, kwaye ilungiswe zii-algorithms. Abaqhubi abaqala ukwakha ezo zakhono kwi-RFPs zanamhlanje - izihlanganisi ezimbini, ukulinganisela umthwalo, indawo yokugcina, kunye nonxibelelwano olulungele ukuzenzekelayo - baya kuba ngabanini bemarike xa kufika ixesha lokuzimela. Kwaye ngenxa yokuba zonke ezi zakhono zithunyelwa kumaqonga e-MIDA Power anamhlanje, akukho nanye kwezi zinto eqikelelwayo - sisikhokelo sokuthengwa kwezixhobo ezikhoyo ngoku.

Ubizo Lokwenza Okuthile: Yila Indawo Yakho Nge-MIDA Power

Whether you are building a shopping-center hub, a fleet depot, or a first autonomous charging site, MIDA Power engineering will help you model the configuration that maximizes utilization and return. Contact sales@midapower.com or visit www.midapower.com to request a site ROI study and the latest specifications for our dual-connector, load-balanced charging platforms.