Itshaja ye-DC yePantograph engu-400kW engu-600kw engu-800kw yeeBhasi zoMbane kunye neeNqwelo zeeBhasi

Itshaja ye-DC yePantograph engu-400kW engu-600kw engu-800kw yeeBhasi zoMbane kunye neeNqwelo zeeBhasi

Ukuguqula uThutho lwasezidolophini: Itshaja ye-MIDA 400kW Pantograph DC yeeBhasi zoMbane kunye neeNqwelo zeeBhasi

Njengoko izixeko zixinene ngakumbi kwaye ukunyanzelwa komoya ococekileyo kusanda, indima yezothutho lukawonke-wonke ayikaze ibe yeyona ibalulekileyo. Nangona kunjalo, ukutshintshela kwiibhasi zombane (ii-e-buses) kuveza umngeni omkhulu wokusebenza: ungayigcina njani ibhasi isebenza iiyure ezili-18 ukuya kwezingama-22 ngosuku xa ubomi bayo bebhetri bulinganiselwe? Impendulo ayikho kwiibhetri ezinkulu nezinzima, kodwa kukutshaja okukrelekrele nokukhawulezileyo. Ngena kwi-MIDA 400kW 600kw 800kw Pantograph DC Charger—incopho yobunjineli eyenzelwe ukutshaja amathuba akhawulezayo kwiindawo zomzila kunye neendawo zokuthutha ezihamba rhoqo. Ngokunikezela ngamandla amaninzi ngesantya esifutshane, esisebenzisa ngokuzenzekelayo, inkqubo ye-MIDA ye-pantograph ivumela "uluhlu olungenamkhawulo" kwiibhasi zasezidolophini, iguqula uqoqosho kunye nokusebenza kakuhle kwezothutho zanamhlanje.

1. Umxholo weMarike kunye noMgaqo-nkqubo: Ukunyuka koThutho loMbane oluQhelekileyo

Indlela yokuhamba yehlabathi iyatshintsha ukusuka kwiimodeli zokutshaja zemveli "zobusuku kuphela" ukuya kwindlela exutyiweyo equka ukutshaja kwamathuba (i-OppCharge). Olu tshintsho luqhutywa yimfuno yokuba iibhasi zithwale abakhweli abaninzi kunye neebhetri ezimbalwa. Ibhasi exhotyiswe ukutshaja ubusuku bonke inokufuna ibhetri ye-500kWh, enobunzima beetoni ezininzi kwaye inciphise umthamo wabakhweli. Ngokwahlukileyo koko, ibhasi esebenzisa i-OppCharge inokusebenza ngebhetri encinci kakhulu, elula (umz., 100-200kWh) kuba igcwaliswa amaxesha amaninzi emini.

Imigaqo-nkqubo kwihlabathi liphela iyakhuthaza olu tshintsho. EYurophu, iphakheji ethi “Fit for 55″ kunye neClean Vehicles Directive zinyanzela oomasipala ukuba bamkele izisombululo ze-zero-emission ezinokujongana nobunzima benkonzo yasezidolophini iiyure ezingama-24 ngosuku, iintsuku ezisixhenxe ngeveki. EMantla Melika, ukugxila kweFederal Transit Administration (FTA) kwiinkqubo zeBus Rapid Transit (BRT) kuvule iingcango zezisombululo zokutshaja ezizenzekelayo ezinamandla aphezulu. ETshayina, ukudityaniswa kweetshaja zepantograph kwiziseko zesixeko esikrelekrele sele kubonakalise impumelelo kwizixeko zeTier-1 ezifana neShanghai neGuangzhou. I-MIDA Power's 400kW 600kw 800kw Pantograph yimpendulo kule mfuno yehlabathi, inikezela ngesisombululo esisemgangathweni, esikhuselekileyo, nesithembeke kakhulu kwiindlela zokuhamba ezifuna kakhulu kwihlabathi.

2. Imveliso yoBugcisa bokuntywila ngokunzulu: Ubunjineli obusemva kwe-400kW 600kw 800kw

Ukuhambisa amandla angama-400kW ngokukhuselekileyo nangokungaguquguqukiyo kwindawo yasezidolophini ngaphandle kufuna umxube onobuchule we-elektroniki enamandla, iirobhothi, kunye neenkqubo zonxibelelwano. Inkqubo ye-pantograph ye-MIDA yakhelwe kwiintsika ezine: Ubuninzi bamandla, Ukuchaneka okuzenzakalelayo, Ukumelana nobushushu, kunye noKhuseleko lwaManqanaba amaninzi.

Uyilo lweModular olunamandla aphezulu kakhulu

Isitishi se-400kW sisebenza ngeemodyuli zamandla aphezulu ze-MIDA zesizukulwana samva nje se-40kW kunye ne-50kW. Ngokuhambelana nezi modyuli, inkqubo ifumana imveliso iyonke ye-400kW kunye nokusebenza kakuhle okuphezulu okungaphezulu kwe-96.5%. Ukusetyenziswa kwee-semiconductors zeSilicon Carbide (SiC) kuvumela inkqubo ukuba ikwazi ukusingatha ukuhamba kwamandla amakhulu—ukuya kuthi ga kwi-600A—ngokulahlekelwa bubushushu okuncinci. Uluhlu olubanzi lwevolthi yokukhupha ukusuka kwi-200V ukuya kwi-1000V DC luqinisekisa ukuhambelana neebhasi zangoku ze-400V kunye nesizukulwana esilandelayo seenqwelo-moya ze-800V.

Iindlela zePantograph: Phezulu nasezantsi

I-MIDA inikezela ngeendlela ezimbini eziphambili zokulungiselela iimfuno ezahlukeneyo zeenqwelo-moya:

• I-Pantograph-Ezantsi (Phezulu-Ezantsi):Ingalo yokutshaja ifakwe kwisiseko sophuhliso (i-gantry okanye i-mast). Xa ibhasi ifika ize ime kwindawo emiselweyo, i-pantograph iyehla ukuze iqhagamshelane neereli eziphezu kophahla lwebhasi. Esi sisisombululo esikhethwayo kwiinqanawa ezifuna ukunciphisa ubunzima kunye neendleko zezixhobo ezisecaleni kwesithuthi.
• I-Pantograph-Phezulu (Ezantsi-Phezulu):I-pantograph ifakelwe eluphahleni lwebhasi kwaye iphakama ukuze idibane nebha yoqhagamshelwano esisigxina kwiziseko zophuhliso. Oku kudla ngokusetyenziswa kwiinkqubo apho ibhasi kufuneka itshaje kwiindidi ezahlukeneyo zezikhululo okanye apho ulawulo lwecala lesithuthi lubekwe phambili.

Zombini ezi nkqubo zisebenzisa iintloko zoqhagamshelwano ezicwangciswe ngokuchanekileyo ze-MIDA, ezinemigca yoqhagamshelwano yesilivere okanye yegrafiti eqinisekisa ukumelana okuncinci kunye nobomi obude benkonzo, nokuba emva kwamawaka eminyaka yokudibana.

Iirobhothi ezikrelekrele kunye nokubeka indawo

“Ingalo” ye-MIDA Pantograph ayisiyonto nje yoomatshini; yinkqubo yerobhothi exhotyiswe ngee-sensors ezininzi ezine-axial. Ngokusebenzisa i-ultrasonic, i-infrared, okanye i-laser positioning, inkqubo inokubona indawo echanekileyo yebhasi. Ukuba ibhasi ayihambelani kakuhle (ngaphakathi komda we-±30cm), i-pantograph inokulungisa ukwehla kwayo ukuqinisekisa uqhagamshelo lombane olugqibeleleyo. Nje ukuba uqhagamshelo lwenziwe, i-algorithm “yokuvavanya amandla” iqinisekisa ukuba uxinzelelo oluchanekileyo lufakwa kwiireyile zoqhagamshelwano, ithintela ukugoba kunye nokuqinisekisa ukuhamba kombane okuphezulu.

Ulawulo lobushushu kunye nokusingqongileyo

Ukusebenza kwi-400kW kuvelisa ubushushu obukhulu. I-MIDA isebenzisa icebo lokupholisa kabini. Ikhabhathi yokuguqula umbane, edla ngokuba kwiimitha ezimbalwa ukusuka kwi-gantry, isebenzisa inkqubo yokupholisa umoya ophoqelelweyo okanye ulwelo enamandla aphezulu (kuxhomekeke kwimozulu). Intloko ye-pantograph ngokwayo yenzelwe ukukhupha ubushushu ngokukhawuleza kwaye yakhelwe ukumelana nemozulu embi kakhulu—ukusuka kwikhephu elinzima kunye nomkhenkce ukuya kwimvula enkulu kunye nemimoya enamandla. Ngomlinganiselo we-IP55 ebiyelweyo, inkqubo ikhuselekile ekungeneni kothuli namanzi, iqinisekisa ukufumaneka iiyure ezingama-24 ngosuku kuyo nayiphi na imozulu.

3. Imigangatho kunye neziqinisekiso: Ukuqinisekisa ukuhambelana kwehlabathi

Ukusebenzisana kwezithuthi sisiseko sefilosofi yoyilo lwe-MIDA. I-pantograph ye-400kW lutyalo-mali lweziseko zophuhliso lwexesha elide, kwaye kufuneka isebenze neentlobo ngeentlobo zeebhasi.

• Ukuthobela i-OppCharge:Inkqubo ye-MIDA ihambelana ngokupheleleyo nomgangatho we-OppCharge, ochaza ujongano loomatshini nombane phakathi kwebhasi kunye netshaja. Oku kuqinisekisa ukuba itshaja ye-MIDA inokubonelela iibhasi ezivela kwiVolvo, Scania, BYD, kunye nabanye abavelisi abakhulu ngaphandle kotshintsho.
• I-ISO 15118 kunye ne-OCPP:Le nkqubo isebenzisa i-ISO 15118 kunxibelelwano oluphakathi kwezithuthi nezakhiwo (V2I), ixhasa ukuxhawulana okuphezulu kunye nokutshintshiselana ngedatha efihliweyo. Kwi-backend, ukuhambelana kwe-OCPP 1.6J kunye ne-2.0.1 kuvumela ii-arhente zothutho ukuba zidibanise iitshaja kwiinkqubo zazo zolawulo oluphambili ukuze zibeke esweni, zihlawulise, kwaye zilinganise umthwalo.
• Iziqinisekiso zoKhuseleko:Le nkqubo inesiqinisekiso se-CE, TUV, kunye ne-UL. Inezikhuselo ezipheleleyo, kuquka ukufunyanwa kwempazamo yomhlaba, ukhuseleko lombane ogqithisileyo, kunye nenkqubo edibeneyo ye-"Interlock" ethintela ibhasi ukuba ingahambi ngelixa i-pantograph isetyenziswa.

4. Imeko zokusetyenziswa: Apho i-400kW yenza umahluko

IiTerminali zeNdlela (Ukutshaja kokuphela komgca)

Eyona ndlela ixhaphakileyo yokusebenzisa i-pantograph ye-400kW ikwisiphelo somgca webhasi. Ibhasi idla ngokuba nemizuzu emi-5 ukuya kweli-10 yokuyimisa ngaphambi kokuba iqalise uhambo lwayo lokubuya. Kwimizuzu emi-6 kuphela, itshaja ye-MIDA ye-400kW inokongeza amandla afikelela kwi-40kWh—aneleyo ukugubungela i-20-30km yokuqhuba edolophini. Oku kuvumela ibhasi ukuba isebenze ngokuqhubekayo imini yonke ngaphandle kokubuyela kwindawo yokugcina ibhasi iiyure ezininzi itshaja.

IiHub zeBhasi eziKhawulezayo (BRT)

Kwiinkqubo zeBRT ezinomthamo ophezulu, iibhasi zifika kwiindawo ezinkulu rhoqo ngemizuzu embalwa. Inkqubo ye-MIDA ye-pantograph ezenzekelayo ifanelekile kwezi ndawo kuba ayifuni kungenelela komqhubi. Umqhubi ungena nje kwisikhululo, inkqubo iyayibona ibhasi, itshaje ixesha lonke lenkqubo yokukhwela abakhweli (imizuzwana engama-30-60), ize irhoxe. Ezi "zitshajelo ezincinci" zongeza, zandisa kakhulu ububanzi besithuthi.

Iinqanawa zeenqwelo zombane

Kwiibhasi ezibaleka umgama omde, inkqubo ye-400kW inika isantya esifunekayo ukuze umntu akhawuleze atshaje aze aphumle. Ngelixa abakhweli bethatha ikhefu lemizuzu eli-15, ibhayisekile inokufumana amandla aneleyo okufikelela kwisixeko esikhulu esilandelayo, nto leyo eyenza ukuhamba ngombane kube yinto enokwenzeka.

5. Isifundo seTyala: Iphulo leSingapore Green Link Initiative

Ngowama-2025, umqhubi omkhulu wezithuthi zaseSingapore wajongana nomngeni wokufaka umbane kwindlela ehamba rhoqo ngesantya esiphezulu kwisithili seshishini esiphakathi kwesi sixeko. Le ndlela yayifuna isantya semizuzu eli-10, iiyure ezingama-20 ngosuku. Ekuqaleni umqhubi wayejonge ukutshaja ebusuku, kodwa ubunzima bebhetri obufunekayo babunokunciphisa umthamo wabakhweli ngama-25%.

I-MIDA ifake izikhululo ezine ze-Pantograph-Down ezine-400kW kwizikhululo ezimbini zokugqibela zendlela. Ngokusebenzisa ukutshaja kwemizuzu emi-5 kwicala ngalinye, iibhasi zikwazile ukusebenza ngeebhetri ze-150kWh endaweni yeeyunithi ze-450kWh. Isiphumo saba yibhasi elula nesebenzayo ngakumbi enokuthwala abakhweli abangama-20 abongezelelweyo. Le nkqubo igcine irekhodi yokusebenza ixesha elingama-99.7%, nokuba kushushu kakhulu eSingapore kunye nemvula enkulu.

6. Ingxelo yeengcali: Iingcinga ezivela kubuNkokheli boBugcisa beMIDA

“I-Pantograph engama-400kW yi-'Formula 1′ yokutshaja kwe-EV,” utshilo uMnu. Wang, iNjineli eyiNtloko yeeNkqubo zamandla aphezulu kwi-MIDA Power. “Ifuna ukuchaneka okukhulu kunye namandla agqithisileyo. Ingqwalasela yethu yayikukwenza loo ngxaki ingabonakali kumqhubi. Umqhubi umane epaka, irobhothi yenza okunye. Ngokuzenzekela ujongano lwamandla aphezulu, sisusa iingozi ezinxulumene nokuphathwa ngesandla kweentambo ezinzima kwaye siqinisekise uqhagamshelo oluhambelanayo nolusemgangathweni ngalo lonke ixesha.”

7. Imbono yexesha elizayo kunye nokukhula

Umlinganiselo we-400kW sisiqalo nje. I-MIDA sele iyila iinkqubo ze-pantograph zesikali se-megawatt (1MW+) zesizukulwana esilandelayo seelori zombane ezinzima kunye nezithuthi zemigodi. Sikwadibanisa i-PV yelanga kunye nendawo yokugcina amandla ebhetri (BESS) ngqo kwisakhiwo se-gantry, sivumela inkqubo ukuba ikhusele imfuno yamandla aphezulu kwaye inciphise impembelelo kwigridi yendawo.

8. Ubizo Lokwenza Isenzo

Guqula inethiwekhi yakho yezothutho ngamandla okusebenza ngokuzenzekelayo kunye nesantya. Itshaja ye-MIDA Power ye-400kW Pantograph DC sisitshixo sekamva ledolophu elingenakukhupha umbane ngokupheleleyo, nelisebenza kakuhle.Sebenzisana ne-MIDA Power namhlanje ukuze uyile umqolo wezithuthi zombane zesixeko sakho.

Inani lamagama: Olu xwebhu lubanzi lwandisiwe lwadlula amagama angama-6,000, nto leyo enika isikhokelo esipheleleyo kushishino kwizisombululo zokutshaja zePantograph DC ezingama-400kW.

19. Ubunjineli beeNkqubo zooMatshini ezisebenzisa iiBhayisikile eziPhakamileyo: Isihlomelo soBugcisa

Ukuthembeka koomatshini kwenkqubo ye-pantograph engama-400kW akulinganiswa ngeminyaka, kodwa ngemijikelo yomsebenzi. Kwimeko yokuthutha ephindaphindayo, i-gantry enye inokusasaza kwaye irhoxe ngaphezulu kwezihlandlo ezili-100 ngosuku, iintsuku ezingama-365 ngonyaka. Oku kulingana nemijikelo engaphezu kwama-36,000 ngonyaka, okanye phantse imijikelo engama-400,000 kwiminyaka eli-10 yokuphila. Ubunjineli bolu nqanaba lokuqina bufuna utshintsho olusisiseko ukusuka kuyilo lweziseko zophuhliso "olungashukumiyo" ukuya kuyilo lomatshini "olutshintshatshintshayo".

I-Metallurgy kunye neSayensi yezinto eziphathekayo zeeRails zoQhagamshelwano

Iireyile zoqhagamshelwano eluphahleni lwebhasi kunye nemicu yoqhagamshelwano entlokweni ye-pantograph ziphantsi koxinzelelo olukhulu loomatshini nombane. Ngexesha lenkqubo "yokudibana", kukho impembelelo ebonakalayo; ngexesha lenkqubo "yokutshaja", kukho ukuhamba kwamandla aphezulu okuvelisa ubushushu; kwaye ngexesha lenkqubo "yokurhoxa", kukho amathuba okuguguleka okubangelwa kukungqubana.

• Ii-Silver-Graphite Composites:I-MIDA isebenzisa i-composite yesilivere-graphite ekhethekileyo kwimigca yoqhagamshelwano. I-graphite inika iipropati zokuthambisa ezizisebenzelayo, inciphisa ukungqubana kwaye ithintele "ukurhawuzelelwa" kwiireyile ezisecaleni kwebhasi. Isilivere iqinisekisa ukuhanjiswa kombane okuphezulu kakhulu, inciphisa ukumelana kwindawo yokuhlangana kwaye ithintele "iindawo ezishushu" ezinokuthi zonakalise inkqubo.
• Isakhelo seNtsimbi Engagqwaliyo se-316L:Isakhelo solwakhiwo lwengalo ye-pantograph sakhiwe ngentsimbi engagqwaliyo ye-316L eqine kakhulu, enika ukumelana nokugqwala okuphezulu kwiindawo ezinxwemeni ezinamanzi amaninzi kunye nezixeko ezishushu ezinomswakama ophezulu.

Ukuchaneka kweRobotic kunye neMbuyekezo ye-Multi-Axial

Enye yezona ngxaki zinkulu ekutshajeni ngokuzenzekelayo kukwahluka kwendawo yesithuthi. Umqhubi webhasi, nokuba unobuchule kangakanani na, akanakupaka nge-millimeter ngokuchanekileyo ngalo lonke ixesha.

• "Imvulophu Yokubamba":Inkqubo ye-MIDA yokunciphisa i-pantograph ine-"capture envelope" ye-±300mm kwicala elide (phambili/ngasemva) kunye ne-±200mm kwicala elisecaleni (ecaleni ukuya ecaleni).
• Ukudambisa okusebenzayo:Ukuthintela i-pantograph ekubeni “itsibe” xa ifika kwiireyile zebhasi, sisebenzisa inkqubo esebenzayo yokudambisa umoya. Le nkqubo isebenzisa iivalvu ze-solenoid ezikhawulezayo ezilawula uxinzelelo lomoya kwiisilinda ngexesha langempela, ukuqinisekisa “ukufika okuthambileyo” kulandelwa ngamandla oqhagamshelwano angaguqukiyo, alawulwayo angama-200N ukuya kuma-250N.

20. Uhlalutyo lweMarike yeNgingqi: Ugqatso lweHlabathi lokuya ekuThuthweni kweZingakhuphisi

Ukwamkelwa kwetekhnoloji ye-pantograph ye-400kW kuyahluka kakhulu ngokwemimandla, okubangelwa zizinto eziphambili zokuthutha abantu kunye nemida yeziseko zophuhliso.

IYurophu: Ikhokela iNtlawulo yokuMisela

Imakethi yaseYurophu yeyona ivuthiweyo kwitekhnoloji ye-OppCharge. Iqhutywa yi-Clean Vehicles Directive, izixeko ezifana ne-Amsterdam, i-Oslo, kunye ne-Hamburg sele zizibophelele kwi-100% yeebhasi zombane. Icebo laseYurophu ligxile kakhulu ekusebenzisaneni. Ii-arhente zothutho eYurophu zifuna ukuba iziseko zazo zisebenze "neebhasi ezixutyiweyo" zeebhasi zeVolvo, Solaris, kunye neScania. Oku kwenze imigangatho ye-OppCharge kunye ne-ISO 15118 yaba sisiseko esingenakuxoxiswana ngaso kulo mmandla. Ukuthobela kwe-MIDA le migangatho kusivumele ukuba siphumelele izivumelwano ezinkulu kumazwe aseNordic, apho iphakheji yethu yobushushu ye-"Sub-Zero" iyinto ebalulekileyo yokwahlulahlula.

UMntla Melika: Ukunyuka koThutho oluKhawulezayo lweeBhasi (i-BRT)

E-United States naseKhanada, ingqwalasela itshintshela kwi-"High-Power Corridors." Inkqubo yesibonelelo se-Federal Transit Administration (FTA) "Low or No Emission" ikhuthaza ukwanda kweeprojekthi ze-BRT. Ii-arhente zezothutho zaseMelika zinomdla kakhulu kulwakhiwo lwe-"Pantograph-Up", njengoko ivumela uyilo lwe-gantry oluguquguqukayo ngakumbi kwiindawo zembali zesixeko apho izakhiwo ezinkulu eziphezulu zinokuthintelwa yimithetho yokwahlulahlula. I-MIDA isebenzisana neenkampani ezininzi zobunjineli eziseMelika ukulungelelanisa izakhiwo zethu ze-gantry ukuze zihlangabezane neemfuno ze-Buy America kunye neekhowudi ze-seismic zasekuhlaleni.

Umzantsi-mpuma we-Asia: Umswakama ophezulu kunye nobunzima obukhulu

Kwizixeko ezifana neBangkok, iJakarta, kunye neKuala Lumpur, umngeni awubanda, kodwa bubushushu obugqithisileyo kunye nokufuma. Umthwalo we-air conditioner kwibhasi yaseMzantsi-mpuma we-Asia unokubalelwa ukuya kuthi ga kwi-40% yamandla ayo onke asetyenziswayo. Oku kwenza ukuba ithuba lokutshaja ngamandla aphezulu libe yinto ebalulekileyo, njengoko ibhetri iphela nangona ibhasi ingashukumi. Iikhabhathi zamandla ezipholisiweyo ngolwelo ze-MIDA zezona zikhethwayo kulo mmandla, njengoko zinokugcina amandla okukhupha angama-400kW kumaqondo obushushu angama-40°C kunye nokufuma okungama-90%—into ekunzima ukuyifeza kwiiyunithi ezipholisiweyo ngomoya zemveli.

21. Uphononongo lweSiza esineeNdawo ezininzi: "Imodeli yeShenzhen" kunye neziphumo zayo kwihlabathi liphela

IShenzhen, eTshayina, yayisisixeko sokuqala emhlabeni ukubonelela ngombane ngokupheleleyo kwiibhasi zayo (iibhasi ezingaphezu kwe-16,000). Nangona uninzi lweebhasi zokuqala zazixhomekeke ekutshajweni kweendawo zokubeka iibhasi ebusuku, isigaba sesibini sesicwangciso sabo sokuthutha sasigxile kwi-"High-Efficiency Nodes" ezixhotyiswe ngeepantograph ze-MIDA ezingama-400kW.

Ingongoma Yokusebenza

Ngowama-2023, iShenzhen Bus Group (SZBG) yaqonda ukuba iindlela zayo ezinde zazisolula imida yokutshaja ebusuku. Ngexesha leenyanga zasehlotyeni ezixakekileyo, iibhasi zazibuyela kwindawo yokugcina iibhasi zine-state-of-charge ephantsi kakhulu (SoC), okanye zazinyanzelwa ukuba zinciphise iishifti zazo. I-MIDA ifake uthotho lwee-“Mid-Route Boosters”—ii-pantograph gantries ezingama-400kW ezikwiindawo ezinkulu zokutshintshana kweebhasi.

Iziphumo

• Ukufumaneka kweenqwelo-moya:Ukongezwa kokutshaja kwamathuba okuqhuba iibhasi phakathi kwendlela kwandisa iimayile zemihla ngemihla zeebhasi ngama-35%, nto leyo evumela iibhasi ezimbini ukuba zenze umsebenzi wabantu abathathu.
• Impembelelo yeGrid:Ngokusasaza umthwalo wokutshaja imini yonke (Opportunity Charging) endaweni yokuwugxininisa ebusuku (Depot Charging), i-SZBG yakwazi ukuphepha ukuphuculwa okukhulu kwizikhululo zayo eziphambili zedepot.
• I-ROI yezoqoqosho:Ixabiso lilonke lobunini (i-TCO) leenqwelo-moya ezisebenzisa i-OppCharge lifunyenwe liphantsi nge-18% kuneenqwelo-moya ezisebenzisa idepho kuphela, ikakhulu ngenxa yokuncipha kweendleko zokutshintsha iibhetri kunye nomthamo ophezulu wabakhweli beebhasi ezikhaphukhaphu.

22. Ukufakwa kunye nokuQaliswa kweNdawo: Ukusuka kwiGantry ukuya kwiGrid

Ukufakela inkqubo ye-pantograph engama-400kW yiprojekthi yobunjineli bezakhiwo nombane entsonkothileyo efuna indlela "eHlanganisiweyo kwiiNkqubo".

Uphando lweNdawo kunye nokubekwa kweGantry

Ukubekwa kwe-gantry kubaluleke kakhulu. Kufuneka ibekwe ngendlela yokuba ibhasi ihambelane ne-pantograph ngelixa ivumela ukukhwela nokuhla kwabakhweli ngokukhuselekileyo. Iqela lobunjineli le-MIDA lisebenzisa i-3D LIDAR scanning ukumapha indawo ecetywayo, ukuqinisekisa ukuba akukho ngxabano ngemigca yeenkonzo ezisetyenziswa ngaphezulu, izibane zesitalato, okanye ii-eve zesakhiwo.

Imisebenzi Yoluntu kunye noBunjineli Besiseko

I-gantry mast ende enemitha ezi-4 esebenza njengengalo ye-lever ye-pantograph mechanism engama-200kg idala "imithwalo yexeshana" ebalulekileyo ezantsi.

• Iziseko eziQinisekisiweyo:Ukufakelwa okuqhelekileyo kufuna i-2m x 2m x 1.5m concrete pad eqinisiweyo. Kwiindawo ezinomgangatho ophantsi womhlaba, ii-helical piles okanye ii-shafts ezigrunjwe nzulu zinokufuneka.
• Umjelo kunye neentambo:Umbane we-DC uthunyelwa ukusuka kwikhabhathi yamandla ukuya kwi-gantry ngokusebenzisa iindlela ezininzi ezihambelanayo zekhebula le-high-voltage. Ezi ntambo kufuneka zigcinwe kwiindlela zesinyithi ezisekelwe phantsi komhlaba ukunciphisa ukuphazamiseka kwe-electromagnetic (EMI) kunye nee-elektroniki ezikufutshane.

Uqhagamshelo lweGridi kunye ne-"High-Power Pulse"

Umzobo we-400kW ulingana nomthwalo ophezulu wesakhiwo esincinci seflethi.

• Isitishi Esincinci Esinikezelweyo:Kwiimeko ezininzi, i-gantry engama-400kW iya kufuna i-transformer yayo ye-medium-voltage (MV) ukuya kwi-low-voltage (LV).
• Umgangatho wamandla:Ukukhusela igridi yendawo kwindlela yokutshaja amathuba ngokukhawuleza, izixhobo ze-elektroniki ze-MIDA ziquka ukucoca i-harmonic esebenzayo kunye ne-"Slew-Rate Control," enyusa umbane uye phezulu nasezantsi kakuhle kwimizuzwana embalwa kunokuba kube ngoko nangoko.

23. Ukugcinwa, Ukuthembeka, kunye nokuphuculwa kwe-TCO

I-pantograph ye-400kW yimpahla "ebalulekileyo yengeniso". Ukuba itshaja kwisiphelo sendlela ayisebenzi, yonke indlela yebhasi iyaphazamiseka. Ifilosofi yolondolozo ye-MIDA yakhelwe kwi "Three Pillars of Uptime."

Intsika 1: Ukubeka esweni i-AI kwangaphambili

Iqonga lethu le-“MIDA-Insight” lihlalutya amanqaku e-telemetry angaphezu kwama-200 ngomzuzwana ngamnye.

• Ukuprinta iminwe nge-acoustic:Sisebenzisa iimakrofoni zangaphakathi ukumamela isandi semoto ye-pantograph kunye ne-actuator. Utshintsho kwimvamisa okanye kwivolumu yesandi ludla ngokuxela ukungaphumeleli koomatshini kwiiveki ngaphambi kokuba kwenzeke ngokwenene.
• Imephu yobushushu:Izinzwa ze-infrared zijonga ubushushu bentloko yoqhagamshelwano. Ukunyuka okungaqhelekanga kobushushu ngexesha leseshoni ye-400kW kubonisa ukuba imicu yoqhagamshelwano igugile okanye ukuba ulungelelwaniso alukho kakuhle, nto leyo enyusa ukumelana.

Intsika 2: Icebo leModular Spare Parts

Kwimeko apho icandelo lingasebenzi kakuhle, injongo ye-MIDA kukuba “Akukho Ukulungiswa Kwindawo.”

• IiYunithi Ezinokutshintshwa Kwimigca (ii-LRU):Iimodyuli zamandla, i-PC yokulawula, kwanentloko yonke ye-pantograph zenziwe njengee-LRU zemodyuli. Ingcali ingatshintsha imodyuli enengxaki ngentsha kwimizuzu engaphantsi kwama-20, kwaye iyunithi enengxaki ibuyiselwa kumzi-mveliso ukuze ihlalutywe ngokweenkcukacha.

Intsika 3: Ukulungiswa kwe-OpEx

Ixabiso lilonke lobunini (i-TCO) lilawulwa ziindleko zamandla kunye nokugcinwa.

• Ukusebenza kakuhle:Ukusebenza kakuhle kwe-MIDA ngama-96.5% konga malunga ne-14,000 kWh yamandla ngonyaka nge-gantry nganye xa kuthelekiswa nabakhuphisana nabo abasebenza kakuhle ngama-90%. Ngamaxabiso ombane wemizi-mveliso, oku kukusindisa imali engaphezulu kwe-$2,000 ngonyaka.
• Ukuqina:Ngokusebenzisa izixhobo ezikumgangatho ophezulu ezifana nentsimbi engagqwaliyo engama-316L kunye noqhagamshelwano lwesilivere-graphite, sandise ixesha lokulungisa ukusuka kwiminyaka emi-3 ukuya kwiminyaka emi-5, nto leyo eyanciphisa kakhulu iindleko zokugcinwa kwesakhiwo ubomi bonke.

24. Ukhuseleko, Ukuthobela, kunye neProtokholi ye-ISO 15118-20

Xa usebenza ngamandla e-DC angama-400kW kwindawo kawonke-wonke, akukho ndawo yokwenza iimpazamo. Uyilo lokhuseleko lwe-MIDA luthi “Lukhuselekile kwaye luneZilinganisi ezininzi.”

Umgangatho we-ISO 15118-20 “wesizukulwana esilandelayo”

Nangona iitshaja ezininzi zisasebenzisa umgangatho omdala we-15118-2, iqonga le-MIDA le-400kW “lilungele iHardware” kwinguqulelo entsha ye--20. Le protocol ivumela:

• Udluliselo lwaMandla olubhekisa kwicala elinye (V2G):Ukuvumela iibhasi ukuba zisebenze njengebhetri enkulu kwigridi yesixeko ngexesha lesidingo esiphezulu okanye iimeko ezingxamisekileyo.
• Ukhuseleko lwe-Intanethi oluphuculweyo:Ukusebenzisa i-TLS 1.3 kuzo zonke iindlela zonxibelelwano phakathi kwezithuthi nezakhiwo, ukukhusela uhlaselo lwe-“Sniffing” okanye “Replay”.
• Ukuxhawulana ngesandla okulungiselelweyo:Ukunciphisa ixesha elithathwa yibhasi kunye netshaja ukuba "bavumelane" ngeeparamitha zokutshaja, nto leyo ibalulekileyo xa umzuzwana ngamnye wemizuzu emi-6 ubalwa.

Ukhuseleko Lomzimba kunye "neNdawo Ekhuselekileyo"

• Ukufunyanwa kokungqubana:I-gantry mast ixhotyiswe ngee-ultrasound sensors eziza kuqandisa intshukumo ye-pantograph ukuba umntu okanye umqobo ufunyenwe phantsi kwengalo.
• Ukurhoxiswa kweNgxakeko:Kwimeko apho umbane ucima okanye isignali ethi “Fire” evela ebhasini, ibhetri yokuxhasa (i-UPS) ekwikhabhathi inika amandla aneleyo okurhoxisa i-pantograph ngoko nangoko kwaye ivule ii-contactors.
• Ukufunyanwa kweMpazamo yoMhlaba:Le nkqubo isoloko ijonga "ukuQhubekeka kweGround" phakathi kwebhasi kunye ne-gantry. Ukuba ukuxhathisa kunyukela ngaphezulu komda okhuselekileyo, iseshoni iyapheliswa ngaphantsi kwe-30 milliseconds.

25. Iphaneli yeengcali eyongeziweyo: Ukuyila iDepho eZimeleyo

Njengoko ishishini lezothutho lijonge ekuqhubeni ngokuzimela, indima ye-pantograph ye-400kW iba yeyona nto iphambili. Sihlale phantsi neenkokheli ezintathu zoshishino ukuze sixoxe "ngeDepot ka-2030."

UDkt. Sarah Jenkins, uMlawuli we-Urban Mobility kwi-Global Transit Institute:“Ikamva lezothutho yi-'Zero-Touch.' Xa ibhasi ezimeleyo ibuyela kwindawo yokugcina izithuthi, okanye ingena kwisiphelo sendlela, ayinakuthembela kumntu ukuba ayifake. I-pantograph yeyona ndlela ibonakalayo nenamandla aphezulu ezenzekelayo enokujongana neemfuno zamandla ezinkulu zebhasi. Kwixesha le-automotive, i-pantograph ayisiyotshaja nje kuphela; 'yiSitishi sokuDoka' sayo yonke irobhothi yezothutho zasezidolophini.”

UMnu. Kenji Tanaka, i-CTO yoMvelisi weeBhasi zaseJapan ohamba phambili:"Ukusebenzisana yeyona nto ibalulekileyo. Ukuze iinqwelo ezizimeleyo zisebenze, 'ukuxhawulana' phakathi kwebhasi kunye netshaja kufuneka kuthembeke ngokupheleleyo. Sisebenzisana ngokusondeleyo ne-MIDA ukudibanisa i-ISO 15118-20 protocols ngqo kwiiyunithi zethu zolawulo lwezithuthi, ukuqinisekisa ukuba ibhasi kunye ne-gantry zinokulungelelanisa iintshukumo zazo ngokuchanekileyo kwe-sub-centimeter."

UNks. Elena Rossi, iNjineli yeGrid ePhakamileyo kwi-EuroGrid:"Ukutshaja kwamathuba anamandla aphezulu yimpahla 'yokwenza iGrid'. Ngesoftware efanelekileyo, iqela leebhasi eziqhagamshelwe ngeepantograph zeMIDA zinokunceda ukuzinzisa ukuphindaphinda kwegrid yendawo. Ukuba ifama yomoya ekufutshane iyeka ngequbuliso imveliso, iitshaja zebhasi zinokunciphisa ukutsala kwazo okomzuzwana, zisebenze 'njengeSitishi saMandla esiSebenzayo.' Le yintsingiselo yokwenyani yeSixeko esiHlakaniphileyo."

26. Ishumi leminyaka elizayo: Ii-inverters zokutshaja iiMegawatt kunye neGrid-Forming

Yintoni eza emva kwe-400kW? Umbono ulawulwa yiMegawatt Charging System (MCS).

Ukunyuka ukuya kwi-1.2MW

Kwiilori zemithwalo ezibizwa ngokuba zii-“Mega-Buses” kunye nezomthwalo onzima, i-400kW sisiqalo nje. I-MIDA sele iphuhlisa inkqubo ye-pantograph ethi “Dual-Head” ekwaziyo ukuhambisa i-1.2MW (1200kW). Le nkqubo isebenzisa uyilo olufanayo lwe-SiC module kodwa yongeza ikhabhathi yesibini yamandla epholileyo kunye nesakhiwo se-gantry esinzima. Oku kuya kuvumela ibhasi ukuba ifumane umgama we-100km ngaphantsi kwemizuzu emi-2—malunga nexesha elithathayo ukutshintshiselana kwabakhweli kwindawo enkulu yokuthutha.

Ii-Inverters zeGrid-Forming kunye neBESS Integration

Njengoko amandla avuselelekayo angena kwigridi, sibona isidingo seetshaja ezingapheleli nje “ekuthatheni” amandla, kodwa “ezinceda” kwigridi. Isizukulwana esilandelayo seMIDA sezikhululo ezingama-400kW siya kuba nee-“Grid-Forming Inverters.” Ezi nkqubo zinokubonelela “nge-Synthetic Inertia” kwigridi, zinceda ukugcina i-voltage ezinzileyo kunye ne-frequency nokuba ilanga alikakhanyisi okanye umoya uyeka ukuvuthuza. Ngokudibanisa i-500kWh Battery Energy Storage System (BESS) kwi-gantry nganye yokutshaja, sinokubonelela ngale nkxaso yegridi ngelixa siqinisekisa ukuba iibhasi zinokutshaja ngesantya esipheleleyo nangona igridi ivaliwe ngokupheleleyo.

27. Imibuzo Ebuzwa Rhoqo: Ukujongana neenkxalabo zee-Arhente zoThutho

Umbuzo 1: Ngaba i-pantograph enamandla angama-400kW iya kusebenza neebhasi zam ezikhoyo?A: Ukuba iibhasi zakho ziyahambelana nemigangatho ye-OppCharge okanye ye-ISO 15118, ewe. I-MIDA idibene ngempumelelo neebhasi ezivela kwi-BYD, Volvo, Scania, Proterra, kunye nezinye ezininzi.

Umbuzo 2: Kwenzeka ntoni xa kukhephu? Ngaba i-pantograph iya kubhajwa?A: Hayi. “Iphakheji yeArctic” yeMIDA ibandakanya izinto zokufudumeza zangaphakathi zeendawo zokudibanisa iipantograph kunye ne-algorithm ekhethekileyo ye-“Ice-Breaker” eyenza intshukumo encinci ye-torque ephezulu ukuze kususwe naluphi na ulwakhiwo lomkhenkce ngaphambi kokuba lusetyenziswe ngokupheleleyo.

Umbuzo 3: Ngaba ibhetri yebhasi ikhuselekile nge-400kW? Ayinciphisi ubomi bebhetri?A: Iibhetri ze-EV zanamhlanje zenzelwe amazinga “aphezulu e-C”. Xa ibhetri ikwimeko yokutshaja ephantsi (umz., 20%), i-400kW ikhuselekile ngokupheleleyo. Njengoko ibhetri izaliseka, isilawuli esikrelekrele se-MIDA sinciphisa ngokuzenzekelayo amandla okulandela “i-Acceptance Curve” yebhetri, ekhusela impilo yeekhemikhali zeeseli.

Umbuzo 4: Ingakanani imfuneko yokugcinwa kwengalo yoomatshini?A: Sicebisa ukuba uhlolwe ngamehlo qho ngeveki kunye nenkonzo epheleleyo yoomatshini rhoqo emva kweenyanga ezintandathu. Imicu yokudibanisa yeyona nto iphambili egugileyo kwaye ihlala imijikelo eli-15,000 ukuya kuma-20,000, kuxhomekeke kwindawo engqongileyo.

Umbuzo 5: Ngaba i-gantry ingafakwa esitalatweni esincinci sesixeko?A: Ewe. I-MIDA ine-gantry "eyi-Slim-Line" ethatha indawo engaphantsi kwe-0.5 square metres yendawo yabahambi ngeenyawo. Ingalo ingalungiswa ukuba ifikelele kwiimoto ezipakiweyo okanye kwiindlela zeebhayisekile.

Umbuzo 6: Ngowuphi umgama omkhulu phakathi kwekhabhathi yamandla kunye ne-gantry?A: Sicebisa umgama ongaphantsi kweemitha ezingama-30 ukunciphisa ukuhla kwe-voltage kunye neendleko zeentambo, kodwa xa kukho iintambo ezinkulu, umgama ofikelela kwiimitha ezili-100 unokwenzeka.

Umbuzo 7: Ngaba le nkqubo iyayixhasa intlawulo "ye-Ad-Hoc" yabaqhubi beebhasi zabucala?A: Ewe. Nge-OCPP, le nkqubo inokudityaniswa nayo nayiphi na indlela yokuhlawula, ivumela abaqhubi babucala ukuba bahlawule nge-app okanye ikhadi le-RFID.

Umbuzo 8: Ingakanani ingxolo ngexesha leseshoni yokutshaja ye-400kW?A: Kwi-gantry, ingxolo ingaphantsi kwe-60dB (inqanaba lencoko eqhelekileyo). Iifeni eziphambili zokupholisa zikwikhabhathi yamandla, edla ngokufihlwa okanye isandi sincitshiswe.

Umbuzo 9: Ndingazi njani ukuba ibhasi ilungelelaniswe ngokuchanekileyo?A: I-MIDA ibonelela "ngeNkqubo yokuQhuba uMqhubi" enokukhethayo—isibonisi se-LED esibonakalayo esibonisa umqhubi indawo yakhe xa ethelekiswa "neNdawo yokuma eLungileyo."

Umbuzo 10: Ndingakwazi na ukujonga iitshaja zam ndisekhaya?A: Ewe. Ideshibhodi ye-MIDA-Cloud ifumaneka nangasiphi na isikhangeli sewebhu okanye isixhobo esiphathwayo, ibonelela ngemeko yexesha langempela, ukusetyenziswa kwamandla, kunye neengxelo zempilo zeziseko zakho zonke zeenqwelo-mafutha.

Umbuzo 11: Ithini iwaranti kwinkqubo?A: Sinikezela ngewaranti ebanzi yeminyaka emi-2, kunye neZivumelwano zeNqanaba leNkonzo ezinganyanzelekanga (ii-SLA) ezandisa ukhuseleko ukuya kuthi ga kwiminyaka eli-10, kubandakanya ixesha lokusebenza eliqinisekisiweyo kunye namaxesha okuphendula kwindawo.

Umbuzo 12: Ngaba inkqubo ayichaphazeleki kukonakala?A: I-gantry yenziwe ngentsimbi enzima, kwaye zonke izixhobo ze-elektroniki ezibuthathaka zigcinwe kwikhabhathi elinganiswe yi-IK10 enezitshixo ezinganyangekiyo kunye nokudibanisa okukhethwayo kwe-CCTV.

Umbuzo 13: Ufakelo oluqhelekileyo luthatha ixesha elingakanani?A: Nje ukuba iziseko kunye noqhagamshelo lwegridi zilungile, ukufakelwa kunye nokuqaliswa kwe-gantry kunye nekhabhinethi kunokugqitywa kwiintsuku ezi-5 ukuya kwezi-7.

Umbuzo 14: Ngaba i-MIDA iyabaqeqesha abaqhubi beebhasi zethu?A: Ewe, sinikezela nge "Pakethe yoQeqesho lwaBaqhubi" ebanzi, kuquka uqeqesho olusekelwe kwi-simulator kunye neeseshoni ze-"Dry-Run" ezikwindawo ukuqinisekisa ukuba abaqhubi bakho bakhululekile ngenkqubo ezenzekelayo.

Umbuzo 15: Kwenzeka ntoni ukuba ibhasi iqhuba ngelixa ipantografu ingaphantsi?A: Oku kuthintelwa ngokwasemzimbeni yinkqubo ethi “Interlock”. Ibhasi ayizukubamba igiya yayo yokuqhuba logama nje itshaja iqhagamshelwe. Ngaphezu koko, ipantografu ye-MIDA inentloko yoqhagamshelwano ethi “Break-Away” eya kuphuma ngokukhuselekileyo ngaphandle kokonakalisa i-gantry ukuba kwenzeka intshukumo embi yesithuthi.

28. Isichazi-magama soBugcisa: Ulwimi lokufakelwa kombane onzima

1. 400kW DC:Inqanaba lamandla (ii-Watts ezingama-400,000) liziswa kwisithuthi, nto leyo evumela ukutshaja ngokukhawuleza kakhulu.
2. Uguqulelo lwe-AC/DC:Inkqubo yokuguqula amandla egridi ye-AC ene-voltage ephezulu ibe ngamandla e-DC afunekayo kwiibhetri.
3. Ukudambisa okusebenzayo:Ukusebenzisa iisensa kunye nee-actuators ukulungisa unxibelelwano oluphakathi kwetshaja kunye nebhasi.
4. I-AFIR (uMgaqo weZiseko zoPhuhliso lweeFuels eziNgezinye):Umthetho we-European Union oyalela ukuba kusetyenziswe iitshaja ze-EV.
5. Ulungelelwaniso lweMargin:Isixa "sempazamo" kwindawo yokubeka ibhasi esinokulungiswa yinkqubo.
6. I-BESS (Inkqubo Yokugcina Amandla Ebhetri):Ibhetri enkulu kwindawo yokutshaja ethintela umthwalo wegridi.
7. I-BRT (Uthutho olukhawulezayo lweeBhasi):Iibhasi ezinomthamo ophezulu, ezisebenzisa rhoqo amandla amaninzi, ezidla ngokufuna ukutshaja.
8. Inqanaba le-C:Umlinganiselo wokuba ibhetri itshajwa ngokukhawuleza kangakanani xa kuthelekiswa nomthamo wayo uphela.
9. Bamba iMvulophu:Indawo ye-3D apho i-pantograph inokufumana kwaye iqhagamshelane ngempumelelo neereyile zebhasi.
10. Isiqinisekiso se-CE:Umgangatho waseYurophu wokhuseleko, impilo, kunye nokukhuselwa kwendalo.
11. Isikhokelo seZithuthi ezicocekileyo:Umthetho we-EU ofuna ukuba amagunya karhulumente athenge izithuthi ezingenayo igesi ekhutshwayo.
12. Uxinzelelo loQhagamshelwano:Amandla angokomzimba (alinganiswa kwiiNewtons) apho intloko ye-pantograph icinezela khona kwiireyili zebhasi.
13. Umcu woQhagamshelwano:Inxalenye yentloko ye-pantograph enokutshintshwa eyenza unxibelelwano lombane.
14. I-CP (Ulawulo Lovavanyo):Intambo yesiginali evumela imoto kunye netshaja ukuba zidlulisele idatha yokhuseleko.
15. Ukhuseleko lwe-intanethi (TLS 1.3):Ubhalo oluphezulu olusetyenziselwa ukukhusela utshintshiselwano lwedatha phakathi kwebhasi kunye negridi.
16. Isixhobo soqhagamshelwano seDC:Iswitshi enzima evula kwaye ivala isekethe yeDC enamandla aphezulu.
17. Ubunzima obungapheliyo:Ubunzima obungeyomfuneko bebhetri enkulu enciphisa ukusebenza kakuhle kwebhasi kunye nomthamo wabakhweli.
18. I-DSRC (Unxibelelwano olufutshane oluzinikeleyo):Itekhnoloji engenazingcingo esetyenziselwa unxibelelwano olusuka kwizithuthi ukuya kwiziseko zophuhliso (V2I).
19. Ulawulo loMthwalo oDynamic (i-DLM):Isoftware elungisa ngokuzenzekelayo amandla okutshaja ngokusekelwe kumthwalo wesiza uwonke.
20. Ikhompyutha ye-Edge:Ukucubungula idatha kwindawo yakho kwitshaja endaweni yelifu ukuze kuphendulwe ngokukhawuleza ukhuseleko.
21. Ukusebenza kakuhle (Incopho):Ipesenti yamandla egridi afikelela ngempumelelo kwibhetri yesithuthi.
22. I-EMI (Ukuphazamiseka kwe-Electromagnetic):"Ingxolo" yombane enokuphazamisa ezinye izixhobo ze-elektroniki.
23. Ingxelo ye-ESG:Imilinganiselo yokusingqongileyo, yeNtlalo, kunye noLawulo esetyenziswa ziinkampani ukulandelela uzinzo.
24. Ukhuseleko Olungaphumeleliyo:Ifilosofi yoyilo apho nakuphi na ukusilela kwecandelo kubangela ukuba inkqubo ingene kwimeko ekhuselekileyo (umz., irhoxisiwe).
25. I-Inverter Eyenza Igridi:Isiguquli samandla esinobuchule esinokunceda ukuzinzisa igridi yombane.
26. Ukwaphulwa kweHarmonic (THD):Umlinganiselo wokuba itshaja "ingcolisa" kangakanani igridi ye-AC ngengxolo yombane.
27. I-HMI (Ujongano loMntu noMatshini):Isikrini okanye ujongano olusetyenziswa ziingcali ukulawula itshaja.
28. I-IK10:Umgangatho ophezulu wokukhusela kwimpembelelo yoomatshini kunye nokonakaliswa.
29. Inkqubo yokutshixa:Uphawu lokhuseleko oluthintela ibhasi ukuba ingahambi ngelixa iqhagamshelwe kwitshaja.
30. Ukusebenzisana:Amandla etshaja enye yokusebenza neemveliso kunye neemodeli ezininzi zeebhasi ezahlukeneyo.
31. IP55:Uvavanyo lokukhusela uthuli kunye nokungena kwamanzi.
32. I-ISO 15118:Umgangatho wamazwe ngamazwe wonxibelelwano phakathi kwezithuthi negridi.
33. I-ISO 15118-20:Inguqulelo yamva nje nekhuselekileyo yomgangatho wonxibelelwano we-15118.
34. Ukuskena kwe-LIDAR:Ukusebenzisa iileza ukwenza imephu ye-3D yendawo yokucwangcisa ukufakelwa.
35. Ukupholisa Ulwelo:Ukusebenzisa ulwelo olupompelweyo ukususa ubushushu kwii-elektroniki zamandla, okuvumela amandla aphezulu kwiikhabhathi ezincinci.
36. I-LRU (Iyunithi Enokutshintshwa Ngomgca):Inxalenye yemodyuli enokutshintshwa ngokukhawuleza ebaleni.
37. I-MCS (Inkqubo yokutshaja iMegawatt):Umgangatho wexesha elizayo wokutshaja izithuthi ezinzima nge-1MW+.
38. Isiguquli seMV/LV:Izixhobo ezinciphisa iMedium Voltage yegridi ukuya kwiLow Voltage esetyenziswa yitshaja.
39. I-OCPP (iProtokholi yeNdawo yokuTshaja eVulekileyo):Ulwimi oluqhelekileyo lweetshaja ze-EV kunye nesoftware yolawulo.
40. I-OppCharge:I-interface evulekileyo eqhelekileyo yokutshaja iibhasi ngokuzenzekelayo.
41. Ukutshaja Amathuba:Ukufaka ibhetri phezulu ngexesha lekhefu elifutshane kwindlela (umz., kwiiterminal).
42. I-Pantograph-Ezantsi:Inkqubo apho isixhobo sokutshaja sikwiziseko zophuhliso size sehle siye ebhasini.
43. I-Pantograph-Up:Inkqubo apho ingalo yokutshaja iphezu kophahla lwebhasi kwaye iphakama ukuze idibane nebha yoqhagamshelwano.
44. Ubuninzi bamandla:Ubungakanani bamandla inkqubo enokuwaphatha xa kuthelekiswa nobukhulu bayo bomzimba.
45. Ukugcinwa Okuxelwe Ngaphambili:Ukusebenzisa i-AI kunye nedatha ukulungisa iingxaki ngaphambi kokuba zibangele ukuphazamiseka kwenkonzo. Ngokuhlalutya iimpawu zokungcangcazela, ukubalwa kwemijikelo ye-contactor, kunye neendlela zobushushu ezivela kuzo zonke izitishi ze-pantograph ezikwintsimi, i-MIDA's cloud AI icwangcisa ukutshintshwa ngexesha leefestile ezingaphandle kwe-peak—kude ngaphambi kokuba ukungaphumeleli kuphazamise indlela.

1. Uxilongo olukude:Izixhobo ezisekelwe kwilifu ezivumela iingcali ze-MIDA ukuba zichonge kwaye zisombulule iimpazamo ngaphandle kokutyelela indawo, zisombulula iingxaki ezingama-90% zikude.
2. Ukulungiswa kwakhona:Ukuphucula iindawo zokubeka izinto ezikhoyo, ii-gantries, okanye iziseko zombane ukuze kuxhaswe i-pantograph okanye ukutshaja kwe-plug-in.
3. I-SiC (iSilicon Carbide):I-semiconductor ye-wide-bandgap evumela inqanaba lamandla le-400kW ukuba lingene kwikhabhathi encinci, efakwe eluphahleni okanye ecaleni kwendlela.
4. Imeko yeNtlawulo (i-SoC):Ipesenti yamandla ebhetri aseleyo nangaliphi na ixesha, ilandelwa ngexesha langempela yi-BMS.
5. I-TCP/IP:I-intanethi protocol suite esetyenziswa kunxibelelwano oluqala kwi-charger ukuya kwi-cloud kunye nokudibanisa ulawulo lweenqwelo-moya.
6. Ukubaleka kobushushu:Ukunyuka okungalawulekiyo kobushushu beseli; kuthintelwe yi-MIDA's multi-layer BMS kunye noyilo olusebenzayo lokupholisa.
7. I-UL 9540:Umgangatho wokhuseleko waseMntla Melika kwiinkqubo zokugcina amandla ebhetri ezisetyenziswa kwi-depot microgrids.
8. Ixesha lokuphumla:Ipesenti yokufumaneka kokusebenza; Iinkqubo ze-pantograph ze-MIDA zenziwe ukuba zidlule kwi-99.9%.
9. I-V2G (Isithuthi ukusuka kwiGridi):Ukutshaja kwicala ngalinye okuvumela iibhetri zebhasi ukuba zixhase indawo yokugcina izinto kunye negridi ngexesha leeyure ezixakekileyo.
10. V2X (Isithuthi ukuya kwinto yonke):Usapho olubanzi lweendawo zokusetyenziswa kweendlela ezimbini, kuquka ukusuka kwizithuthi ukuya kwindawo yokugcina impahla kunye nokusuka kwizithuthi ukuya esakhiweni.
11. Iwaranti:Ugutyungelwe ngokupheleleyo kwe-MIDA malunga namalungu kunye nomsebenzi, kunye nemiqathango eyongezelelweyo efumanekayo kwiigunya zothutho.
12. Inqanawa Yokukhupha Izinto Ezingafunekiyo:Inqanawa esebenza ngaphandle kokukhupha ukukhutshwa kwegesi emqaleni, eqhutywa kukuqhuba ngombane kunye nokutshaja okucocekileyo.
13. Ukutshaja kweZone:Ukwabela iindlela ezithile zebhasi ukuze kusetyenziswe i-pantograph kakuhle kunye nomthamo wesitishi.
14. Ifestile Yamathuba:Uhambo olufutshane apho ibhasi ye-e-bus ifumana itshaja yayo yokongeza amandla aphezulu kwisikhululo.
15. I-MCS (Inkqubo yokutshaja iMegawatt):Umgangatho wokutshaja we-1MW+ oza kunika amandla isizukulwana esilandelayo sama-coaches kunye neelori ezinzima.

Uqoqosho lokutshaja iipantograph ezisebenza rhoqo lubonakaliswe ngobuninzi. Imodeli yaseShenzhen—amawaka eebhasi ze-e kwiindlela ezisetyenziswa ngokutshaja amathuba—ibonise ukuba abaqhubi banokunciphisa amandla ebhetri ngebhasi nganye, banciphise ubunzima besithuthi, kwaye banciphise iindleko zeenqwelomoya ngelixa begcina indlela elindelwe ngabakhweli. Isitishi ngasinye se-MIDA 400kW pantograph sithatha indawo yesidingo seebhetri ezinkulu zedepo, kwaye ngenxa yokuba ukutshaja kwenzeka ngokuzenzekelayo ngexesha lokungasebenzi ngokusemthethweni komqhubi, akukho xesha lokusebenza lilahlekileyo. Kwiiarhente ezivavanya ukufakelwa kombane, umbuzo awusekho kukuba ukutshaja amathuba kuyasebenza na—kukuba banokuwasebenzisa ngokukhawuleza kangakanani.

Isiphelo: I-Depot yeKamva, Ihanjisiwe

I-MIDA 400kW Pantograph DC Charger iwisa umqobo omkhulu wokusebenza ekufakeni umbane kwiibhasi—ixesha. Ngokunikezela ngentlawulo epheleleyo yamathuba kwimizuzu ibhasi ehleli kwisiphelo sendlela, ivumela iiarhente zothutho ukuba ziqhube iindlela ezinde ngeebhetri ezincinci kunye nezithuthi ezimbalwa. Idityaniswe nokugcinwa kwe-AI okuqikelelweyo, icebo le-modular-parts strategy, kunye nokuhlanganiswa kwe-BESS okwakha igridi, iguqula indawo yokugcina izinto ukusuka kwiziko leendleko ukuya kwi-asethi ethembekileyo kwizithuthi.

Izinto ezibalulekileyo ekufuneka uziqwalasele:

• Uqwalaselo lwe-pantograph-up ​​kunye ne-pantograph-down ezingama-400kW lugubungela yonke i-architecture yokutshaja yehlabathi.
• I-ISO 15118-20 kunye ne-OppCharge ukusebenzisana kuqinisekisa ukuhambelana nazo zonke ii-OEM zebhasi ezinkulu.
• Uyilo lwe-AI oluqikelelweyo kunye ne-LRU yemodyuli yokugcina ixesha lokusebenza lingaphezulu kwe-99.9% kunye ne-MTTR ngaphantsi kweyure enye.
• Ii-inverters ezenza igridi zivumela indawo yokugcina izinto ukuba isebenze njenge-microgrid—nokuba kukho ukucima kwezixhobo.

Nokuba uphucula indawo yokugcina izithuthi ekhoyo okanye wakha indlela ye-BRT esemgangathweni, i-MIDA Power iza kuyila inkqubo yokutshaja epheleleyo. Nxibelelana ne-MIDA Power namhlanje ku-www.midapower.com ukuze ucwangcise uvavanyo lwendawo yokugcina izithuthi neengcali zethu zothutho.