Xa kuziwa kwi-800V, iinkampani zangoku zeemoto zikhuthaza kakhulu i-800V iqonga lokutshaja ngokukhawuleza., kwaye abathengi bacinga ukuba i-800V yinkqubo yokutshaja ngokukhawuleza.
Enyanisweni, oku kuqonda ngandlel’ ithile akuqondwa kakuhle.Ukuchaneka, i-800V yokutshaja ngokukhawuleza kwe-voltage yenye yeempawu ze-800V inkqubo.
Kweli nqaku, ndijonge ukubonisa abafundi ngokucwangcisiweyo inkqubo epheleleyo ye-800V ukusuka kwimilinganiselo emihlanu, kubandakanya:
1. Yintoni inkqubo ye-800V kwisithuthi samandla esitsha?
2. Kutheni i-800V yaziswa okwangoku?
3. Zeziphi iingenelo ezicacileyo ezinokuziswa yinkqubo ye-800V ngoku?
4. Ziziphi iingxaki kwinkqubo yesicelo se-800V yangoku?
5. Yeyiphi indlela yokutshaja enokwenzeka kwixesha elizayo?
01.Yintoni inkqubo ye-800V kwisithuthi samandla esitsha?
Inkqubo ye-high-voltage iquka onke amacandelo aphezulu kwi-platform ye-voltage. Umfanekiso olandelayo ubonisa amacandelo aphezulu-voltage yesiqheloisithuthi sombane esisulungekileyo samandla amatshaixhotyiswe ngeqonga lombane elipholileyo le-400Vibhetri pack.
I-platform ye-voltage ye-high-voltage system ivela kwi-voltage ye-output ye-pack yebhetri yamandla esithuthi.
Uluhlu lweqonga lombane elithile leemodeli ezahlukeneyo zombane ezisulungekileyo linxulumene nenani leeseli eziqhagamshelwe kuthotho kwipakethe nganye yebhetri kunye nohlobo lweeseli (i-ternary, i-lithium iron phosphate, njl.njl.).
Phakathi kwabo, inani leebhetri ze-ternary kwichungechunge kunye neeseli ze-100 malunga ne-400V ephezulu yombane.
Iqonga lombane le-400V sihlala sisithi ligama elibanzi. Thatha iqonga le-400V iJikrypton 001 njengomzekelo. Xa ipakethe yebhetri ye-ternary ethwalwa yiyo isuka kwi-100% SOC ukuya kwi-0% SOC, ububanzi bayo bokutshintsha kombane busondeleI-100V (malunga ne-350V-450V). ).
Umzobo we-3D wepakethi yebhetri yombane ophezulu
Ngaphantsi kwe-platform ye-400V ye-high-voltage yangoku, zonke iinxalenye kunye namacandelo e-high-voltage system asebenza phantsi komgangatho we-voltage ye-400V, kwaye i-parameter design, uphuhliso kunye nokuqinisekiswa kuqhutyelwa kwinqanaba le-voltage ye-400V.
Ukufezekisa i-800V epheleleyo ye-high-voltage inkqubo yeqonga, okokuqala, ngokubhekiselele kumbane wokupakisha ibhetri, i-800V yebhetri yepakethi kufuneka isetyenziswe, ehambelana malunga ne-200.ternary lithiumiiseli zebhetri kuthotho.
Ilandelwa yi-motor, i-air conditioners, iishaja, i-DCDC isekela i-800V kunye neentambo zocingo ezihambelanayo, izixhumi eziphezulu ze-voltage kunye nezinye iindawo kuzo zonke iisekethe eziphezulu ze-voltage ziyilwe, ziphuhliswe kwaye ziqinisekiswe ngokuhambelana neemfuno ze-800V.
Kuphuhliso lwe-800V ye-architecture yesikhulumi, ukwenzela ukuba ihambelane ne-500V / 750V imfumba yokutshaja ngokukhawuleza kwimarike, i-800V izithuthi zombane ezicocekileyo ziya kuxhotyiswa nge-400V ukuya kwi-800V yokunyusa iimodyuli ze-DCDC.ixesha elide.
Umsebenzi wayo kukukwangexesha thatha isigqibo sokuba ungayenza na imodyuli yonyuso ukutshaja ipakethi yebhetri eyi-800V ngokwamandla ombane wenyani.inqwaba yokutshaja .
Ngokwendibaniselwano yokusebenza kweendleko, kukho malunga neentlobo ezimbini:
Enye yi-800V epheleleyo yoyilo lweqonga.
Zonke iinxalenye zesithuthi kule zakhiwo zenzelwe i-800V.
Uyilo olupheleleyo lwe-800V yenkqubo yombane ophezulu
Udidi lwesibini luyinxalenye yexabiso le-800V ye-architecture yesikhulumi.
Gcina amanye amacandelo e-400V: Ekubeni iindleko zangoku ze-800V izixhobo zokutshintsha amandla ziphindwe kaninzi kwi-400V IGBTs, ukwenzela ukulinganisa iindleko zemoto yonke kunye nokusebenza kakuhle, ii-OEMs zikhuthazwa ukuba zisebenzise amacandelo e-800V.(ezinje ngeenjini)kwiGcina ezinye iinxalenye ze-400V(umz. i-air conditioner yombane, DCDC).
Ukuphindaphindwa kwezixhobo zamandla eemoto: Ekubeni akukho mfuneko yokuqhuba ngexesha lenkqubo yokutshaja, ii-OEMs ezingabizi kakhulu ziya kuphinda zisebenzise izixhobo zamandla kwi-axle motor controller ye-400V-800 yokunyusa i-DCDC.
Inkqubo yamandla ye-800V yePlatifomu ye-Architecture
02.Kutheni izithuthi zamandla amatsha zizisa iinkqubo ze-800V okwangoku?
Ekuqhubeni kwemihla ngemihla izithuthi zombane ezisulungekileyo zangoku, malunga ne-80% yombane usetyenziswa kwimoto yokuqhuba.
I-inverter, okanye i-motor controller, ilawula imoto yombane kwaye yenye yezona zinto zibalulekileyo kwimoto.
Inkqubo yokuqhuba umbane emithathu-kwinye
Ngexesha le-Si IGBT, ukuphuculwa kokusebenza kakuhle kwe-platform ye-high-voltage ye-800V incinci, kwaye amandla esicelo ayanele.
Ilahleko esebenzayo yenkqubo yemoto yokuqhuba ibandakanya ikakhulu ukulahleka komzimba wemoto kunye nokulahleka kwe-inverter:
Inxalenye yokuqala yelahleko-ukulahlekelwa ngumzimba wemoto:
- Ukulahleka kobhedu - ukulahleka kobushushu kwimotor stator ukujikajika(ucingo lobhedu);
- Ilahleko yentsimbi Kwiinkqubo apho injini isebenzisa amandla amagnetic, ilahleko yobushushu(Joule ubushushu)okubangelwa yimisinga eddy eyenziwe kwintsimbi(okanye ialuminiyam)inxalenye yemoto ngenxa yotshintsho kumandla kazibuthe;
- Iilahleko ezilahlekileyo zibalelwa kwilahleko ebangelwe kukuhamba ngokungafanelekanga kwentlawulo;
- ilahleko yomoya.
Uhlobo oluthile lwe-400V yemoto yocingo olusicaba ngolu hlobo lunokusebenza okuphezulu kwe-97%, kunye ne-400V Extreme Krypton 001 Wei Rui umzimba wemoto kuthiwa unokusebenza okuphezulu kwe-98%.
Kwinqanaba le-400V, elifikelele ekusebenzeni okuphezulu kwe-97-98%, ukusebenzisa nje iqonga le-800V linendawo elinganiselweyo yokunciphisa ilahleko yemoto ngokwayo.
Icandelo 2 Ilahleko: Ilahleko yeMotor Inverter:
- ilahleko yokuqhuba;
- ukutshintsha ilahleko.
Oku kulandelayo yiHonda400V iqonga IGBT motor inverter esebenzayo Imephu[1].Ngaphezu kwe-95% yeiindawo ezikumgangatho ophezulu zisondele kwi-50%.
Ukusuka kuthelekiso lwemeko yelahleko yangoku yamacandelo amabini:
Kuthelekiso olurhabaxa phakathi kwelahleko yomzimba wemoto (>2%)kunye nokulahleka kwe-motor inverter(>4%), ilahleko ye-inverter inkulu kakhulu.
Ke ngoko, uluhlu lokuqhuba kwemoto lunxulumene ngakumbi nokusebenza kweyona inverter iphambili yemoto yokuqhuba.
Ngaphambi kokuvuthwa kwesizukulwana sesithathu semiconductor yamandla e-SiC MOSFET, izixhobo zamandla ezithuthi zamandla amatsha, njengemoto yokuqhubela phambili, zisebenzisa i-Si IGBT njengesixhobo sokutshintsha isiguquli, kwaye inqanaba lombane elixhasayo limalunga ne-650V. Iigridi zamandla, iilocomotives zombane kunye nezinye izihlandlo ezingasetyenziswayo.
Ukusuka kwindawo yokujonga inokwenzeka, isithuthi somkhweli samandla amatsha sinokusebenzisa i-IGBT ene-voltage yokumelana ne-1200V njengokutshintsha kwamandla omlawuli wemoto ye-800V, kunye nenkqubo ye-800V iya kuphuhliswa kwixesha le-IGBT.
Ngokwembono yokusebenza kweendleko, iqonga lombane le-800V linokuphuculwa okulinganiselweyo ekusebenzeni kakuhle komzimba wemoto. Ukusetyenziswa ngokuqhubekayo kwe-1200V IGBT akuphuculi ukusebenza kakuhle kwe-motor inverter, ebangela uninzi lwelahleko. Kunoko, izisa uluhlu lweendleko zophuhliso. Uninzi lweenkampani zeemoto azinasicelo samandla kwixesha le-IGBT. Iqonga le-800V.
Ngexesha le-SiC MOSFETs, ukusebenza kweenkqubo ze-800V zaqala ukuphuculwa ngenxa yokuzalwa kwamacandelo abalulekileyo.
Emva kokufika kwezixhobo zamandla ze-semiconductor zesizukulwana sesithathu se-silicon carbide, ifumene ingqwalasela enkulu ngenxa yeempawu zayo ezintle [2].Idibanisa izinto eziluncedo ze-Si MOSFETs kunye nombane ophakamileyo we-Si IGBTs:
- Isantya esiphezulu sokusebenza - ukuya kuthi ga kwinqanaba le-MHz, inkululeko ephezulu yokumodareyitha
- Ukumelana nombane olungileyo - ukuya kuthi ga kwi-3000 kV, iimeko ezibanzi zokusetyenziswa
- Ukumelana nobushushu obulungileyo-kunokubaleka ngokuzinzileyo kubushushu obuphezulu obungama-200 ℃
- Ubungakanani obuncinci obudibeneyo - ukushisa okuphezulu kokusebenza kunciphisa ubukhulu be-heatsink kunye nobunzima
- UkuSebenza okuPhezulu kokuSebenza - Ukwamkelwa kwezixhobo zamandla ze-SiC kwandisa ukusebenza kakuhle kwamacandelo amandla afana nee-motor inverters ngenxa yokulahlekelwa kwelahleko.Thatha iSmartGenie njengomzekelo ongezantsi. Ngaphantsi kweqonga lombane elifanayo kwaye ngokusisiseko ukuchasana kwendlela efanayo(phantse akukho mahluko kubunzima / ubume / ububanzi betayara),zonke ziinjini zeVirui. Xa kuthelekiswa ne-IGBT inverters, ukusebenza kakuhle ngokubanzi kwe-SiC inverters kuphuculwe malunga ne-3%.Qaphela: Olona phuculo lobuchule be-inverter lukwanxulumene nobuchule boyilo lwehardware kunye nophuhliso lwesoftware yenkampani nganye.
Iimveliso ze-SiC zangaphambili zazilinganiselwe yinkqubo yokukhula kwe-SiC wafer kunye nobuchule bokwenza i-chip, kwaye umthamo we-single-chip wangoku wokuthwala ii-SiC MOSFET wawungaphantsi kakhulu kune-Si IGBTs.
Kwi-2016, iqela lophando eJapan libhengeze uphuhliso oluyimpumelelo lwe-inverter yoxinaniso lwamandla aphezulu usebenzisa izixhobo ze-SiC, kwaye kamva yapapasha iziphumo kwi (i-Electrical and Electronic Engineering Transactions yeZiko leeNjineli zoMbane zaseJapan)IEEJ[3].I-inverter yayinemveliso ephezulu ye-35kW ngelo xesha.
Ngo-2021, ngenkqubela phambili yetekhnoloji unyaka nonyaka, amandla akhoyo ngoku ee-SiC MOSFETs eziveliswe ngobuninzi kunye nombane wokumelana ne-1200V iye yaphucuka, kwaye iimveliso ezinokuqhelana namandla angaphezu kwama-200kW ziye zabonwa.
Ngeli nqanaba, le teknoloji iqalile ukusetyenziswa kwiimoto zangempela.
Kwelinye icala, ukusebenza kwezixhobo zamandla e-elektroniki zithande ukuba zilungile.Izixhobo zamandla e-SiC zinokusebenza okuphezulu kune-IGBTs, kwaye zinokuhambelana nokukwazi ukumelana nombane(1200V) yeiqonga le-800V, kwaye baphuhliselwe kumandla ombane angaphezu kwama-200kW kule minyaka yakutshanje;
Ngakolunye uhlangothi, ukuzuza kweqonga eliphezulu le-800V kungabonwa.Ukuphinda-phindwe kabini kombane kuzisa umda ongaphezulu wamandla okutshaja esithuthi siphela phezulu, ilahleko yobhedu yenkqubo isezantsi, kwaye ukuxinana kwamandla e-inverter yemoto kuphezulu.(Ngokweempawu, itorque kunye namandla enjini yobukhulu efanayo aphezulu);
Okwesithathu kukwandisa i-involution kwimarike entsha yamandla.Ukusukela uluhlu oluphezulu lokuhamba ngenqanawa kunye nokuzaliswa kwamandla okukhawulezayo kwicala labathengi, icala leshishini linomdla wokwenza umahluko kumahluko we-powertrain kwimarike yamandla entsha;
Ezi zinto zingasentla ziye zazisa ekugqibeleni ukuphononongwa okukhulu kunye nokusetyenziswa kwamandla amatsha amaqonga e-800V aphezulu-voltage kule minyaka mibini idlulileyo.Iimodeli zeqonga ezidweliswe ngoku 800V ziquka iXiaopeng G9,PorscheeTaycankwaye nangokunjalo.
Ukongeza, iSAIC, iKrypton,Ilotus, Ilungile,Iimoto zeTianjikunye nezinye iinkampani zeemoto zineemodeli ze-800V ezilungele ukwaziswa kwimarike.
03.Zeziphi iingenelo ezicacileyo ezinokuziswa yinkqubo ye-800V ngoku?
Inkqubo ye-800V inoluhlu lweenzuzo ezininzi. Ndicinga ukuba ezona nzuzo ziluncedo kakhulu kubathengi bangoku ikakhulu zezi zimbini zilandelayo.
Okokuqala , ubomi bebhetri bude kwaye bomelele ngakumbi, eyona nto iluncedo kakhulu.
Kwinqanaba lokusetyenziswa kwamandla eekhilomitha ezili-100 phantsi kweemeko zokusebenza ze-CLTC, izibonelelo eziziswa yi-800V inkqubo(umfanekiso ongezantsi ubonisa uthelekiso phakathi kweXiaopeng G9 kunyei-BMWiX3, i-G9 inzima, umzimba ubanzi, kunye neamatayarazibanzi, zonke zizinto ezingathandekiyo kusetyenziso lwamandla), uqikelelo olulondolozayo Kukho ukunyuswa kwe-5%.
Ngezantya eziphezulu, ukuphuculwa kokusetyenziswa kwamandla kwenkqubo ye-800V kuthiwa ivakaliswe ngakumbi.
Ngexesha lokuqaliswa kwe-Xiaopeng G9, abavelisi bakhokele ngamabom amajelo eendaba ukuba aqhube iimvavanyo zobomi bebhetri ngesantya esiphezulu. Amajelo eendaba amaninzi axela ukuba i-800V Xiaopeng G9 izuze isantya esiphezulu sobomi bebhetri (ubomi bebhetri obukhawulezayo/i-CLTC ubomi bebhetri*100%).
Eyona mpembelelo yokonga amandla ifuna uqinisekiso olongezelelweyo oluvela kwiimarike ezilandelelweyo.
Okwesibini kukunika ukudlala ngokupheleleyo kwizakhono zeemfumba zokutshaja ezikhoyo.
Iimodeli zeqonga le-400V, xa ujongene ne-120kW, i-180kW yokutshaja iimfumba, isantya sokutshaja siphantse sifane. (Idatha yovavanyo ivela kwiChedi)Imodyuli ye-DC yokunyusa esetyenziswa yimodeli yeqonga le-800V inokuhlawulisa ngokuthe ngqo imfumba ekhoyo yokutshaja ene-voltage ephantsi.(200kW/750V/250A)oko akukhawulelwanga ngamandla egridi kumandla apheleleyo e-750V/250A.
Qaphela: Owona mbane ugcweleyo weXpeng G9 ungaphantsi kwe800V ngenxa yengqwalasela yobunjineli.
Ukuthatha umzekelo wemfumba njengomzekelo, amandla okutshaja eXiaopeng G9 (iqonga le-800V)kunye nepakethe yebhetri ye-100-degree efanayophantse amaxesha ama-2leyo yeJK 001(iqonga le-400V).
04.Zeziphi iingxaki kwinkqubo yesicelo se-800V yangoku?
Obona bunzima bukhulu besicelo se-800V abunakwahlulwa kwiindleko.
Ezi ndleko zahlulwe zibe ziinxalenye ezimbini: iindleko zecandelo kunye neendleko zophuhliso.
Masiqale ngeendleko zamalungu.
Izixhobo zamandla ombane aphezulu ziyabiza kwaye zisetyenziswa ngobuninzi.Uyilo lwesixhobo esipheleleyo se-1200-voltage high-voltage ene-800V ye-architecture isebenzisa ngaphezu koko.30, kwaye ubuncinane 12I-SiC yeemodeli zeemoto ezimbini.
Ukusukela ngoSeptemba 2021, ixabiso lokuthengisa le-100-A discrete SiC MOSFETs (650 V kunye ne-1,200 V) iphantse yamaxesha ama-3.ixabiso leSi IGBT elinganayo.[4]
Ukusukela nge-11 ka-Okthobha ngo-2022, ndiye ndafunda ukuba umahluko wexabiso lokuthengisa phakathi kwee-Infineon IGBTs ezimbini kunye nee-SiC MOSFET ezinengcaciso yokusebenza efanayo malunga namaxesha ayi-2.5..(Umthombo wedatha i-Infineon iwebhusayithi esemthethweni nge-11 ka-Okthobha, ngo-2022)
Ngokusekelwe kwimithombo yedatha emibini engentla, kunokuqwalaselwa ngokusisiseko ukuba i-SiC yemarike yangoku imalunga namaxesha e-3 umahluko wexabiso le-IGBT.
Eyesibini yindleko yophuhliso.
Ekubeni uninzi lwamacandelo anxulumene ne-800V kufuneka ahlaziywe kwaye angqinisiswe, umthamo wovavanyo mkhulu kuneemveliso ezincinci eziphindaphindayo.
Ezinye zezixhobo zokuvavanya kwixesha le-400V aziyi kufaneleka kwiimveliso ze-800V, kwaye kufuneka kuthengwe izixhobo ezitsha zovavanyo.
Ibhetshi yokuqala yee-OEMs ukusebenzisa i-800V yeemveliso ezitsha zidla ngokufuna ukwabelana ngeendleko zophuhliso lovavanyo kunye nababoneleli becandelo.
Kweli nqanaba, ii-OEMs ziya kukhetha iimveliso ze-800V ezivela kubaboneleli abasekiweyo ngenxa yobulumko, kwaye iindleko zophuhliso lwababoneleli abamiselweyo ziya kuba phezulu.
Ngokoqikelelo lwenjineli yemoto ye-OEM ngo-2021, ixabiso lesithuthi sombane esisulungekileyo esikwinqanaba le-400kW esinolwakhiwo olugcweleyo lwe-800V kunye nenkqubo yeemoto ezimbini ezingama-400kW ziya kunyuka ukusuka kwi-400V ukuya kwi-800V., kwaye iindleko ziya kunyuka malunga10,000-20,000 yuan.
Okwesithathu yindleko ephantsi yokusebenza kwenkqubo ye-800V.
Ukuthatha umthengi osulungekileyo wombane usebenzisa imfumba yokutshaja yasekhaya njengomzekelo, kuqikelelwa ixabiso lokutshaja le-0.5 yuan/kWh kunye nokusetyenziswa kwamandla angama-20kWh/100km (usetyenziso lwamandla oluqhelekileyo lokuhamba ngesantya esiphezulu seemodeli eziphakathi nezinkulu ze-EV), iindleko ezikhulayo zangoku zenkqubo ye-800V ingasetyenziswa ngumthengi kwi-10- 200,000 yeekhilomitha.
Iindleko zamandla ezigcinwe ngokuphucula ukusebenza kakuhle kumjikelezo wobomi bezithuthi (ngokusekelwe ekuphuculeni ukusebenza kakuhle kweqonga le-voltage ephezulu kunye ne-SiC, umbhali uqikelele ukuzuza ngokufanelekileyo kwe-3-5%).ayinakuhlawulela ukunyuka kwamaxabiso ezithuthi.
Kukho kwakhona umda wemarike kwiimodeli ze-800V.
Iingenelo ze-platform ye-800V ngokwezoqoqosho azibonakali, ngoko ke ifanelekile kwiimodeli eziphezulu ze-B +/C zeklasi ezinomsebenzi wokugqibela wokusebenza kwesithuthi kwaye zingenangqiqo kwiindleko zesithuthi esinye.
Olu hlobo lwesithuthi lunesabelo esincinci semarike.
Ngokutsho kokuphazamiseka kwedatha ye-Passenger Federation, ukususela ngoJanuwari ukuya ku-Agasti 2022, ngokwexabiso leklasi yohlalutyo lweemoto zamandla amatsha e-China, umthamo wokuthengisa we-200,000-300,000 ubalwa kwi-22%, intengiso ye-300,000 ukuya kwi-400,000 ibalwe16%, kunye neentengiso ezingaphezu kwe-400,000 zibalelwe4%.
Ukuthatha ixabiso leemoto ze-300,000 njengomda, ngexesha apho iindleko ze-800V zamacandelo zingancitshiswa kakhulu, imodeli ye-800V inokuphendula malunga ne-20% yesabelo semarike..
Okwesine, i-800V yamacandelo ekhonkco lonikezelo alukabikho.
Usetyenziso lwenkqubo ye-800V lufuna ukuphuhliswa kwakhona kweendawo zokuqala zesekethe yombane ophezulu.Iibhetri zeqonga eliphezulu, iidrive zombane, iitshaja, iinkqubo zolawulo lwe-thermal kunye neenxalenye, uninzi lweTire1 kunye neTire2 zisekwinqanaba lophuhliso kwaye azinamava kwizicelo zokuvelisa ngobuninzi. Bambalwa ababoneleli bee-OEMs, kwaye iimveliso ezisele zikhulile zidla ngokuvela ngenxa yezinto ebezingalindelekanga. imiba yemveliso.
Okwesihlanu, i-800V aftermarket ayiqinisekiswanga ngokwaneleyo.
Inkqubo ye-800V isebenzisa iimveliso ezininzi ezisanda kuphuhliswa (i-motor inverter, i-motor body, ibhetri, itshaja + i-DCDC, i-high-voltage connector, i-air conditioner high-voltage, njl., kwaye kuyimfuneko ukuqinisekisa ukucoceka, umgama we-creepage, i-insulation, i-EMC, ukutshatyalaliswa kobushushu, njl.
Okwangoku, uphuhliso lwemveliso kunye nomjikelo wokuqinisekisa kwimarike yasekhaya yamandla amatsha mfutshane (ngokuqhelekileyo, umjikelo wophuhliso lweeprojekthi ezintsha kumashishini amadala ahlangeneyo yiminyaka emi-5-6, kwaye umjikelo wangoku wophuhliso kwimarike yasekhaya ungaphantsi kweminyaka emi-3. ).Ngexesha elifanayo, ixesha lokuhlola imarike yemoto ye-800V yeemveliso ayanelanga, kwaye amathuba okuthengisa emva kokuthengisa angaphezulu. .
Okwesithandathu, ixabiso lesicelo esisebenzayo se-800V inkqubo yokutshaja ngokukhawuleza ayiphezulu.
Xa iinkampani zeemoto zinyusa ama-250kW,480kW (800V)amandla aphezulu ukutshaja okukhawulezayo, badla ngokupapasha inani lezixeko apho iimfumba zokutshaja zibekwe khona, ngenjongo yokukhokela abathengi ukuba bacinge ukuba banokuwonwabela la mava nangaliphi na ixesha emva kokuthenga imoto, kodwa inyaniso ayilunganga kangako.
Kukho imiqobo emithathu engundoqo:
Xiaopeng G9 800V High Voltage Fast Charge Brochure
(1) 800V iimfumba zokutshaja ziya kongezwa.
Okwangoku, iimfumba ezixhaphakileyo zokutshaja kwe-DC kwimarike zixhasa amandla ombane aphezulu angama-500V/750V kunye nomda olinganiselweyo we-250A, ongenakunika ukudlala ngokupheleleyoamandla okutshaja okukhawulezayo kwenkqubo ye-800V(300-400kW) .
(2) Kukho izithintelo kumandla aphezulu we-800V iimfumba eziphezulu.
Ukuthatha i-supercharger ye-Xiaopeng S4 (uxinzelelo oluphezulu lokupholisa ulwelo)njengomzekelo, umthamo wokutshaja uphezulu ngama-480kW/670A.Ngenxa yokunciphisa umthamo wegridi yamandla, isikhululo sokubonisa sixhasa kuphela ukutshaja kwemoto enye, enokusebenzisa amandla aphezulu okutshaja kwiimodeli ze-800V. Ngexesha leeyure eziphakamileyo, ukutshaja ngaxeshanye kwezithuthi ezininzi kuya kubangela ukuphambukiswa kwamandla.
Ngokomzekelo weengcali zobonelelo ngombane: izikolo ezinabafundi abangaphezu kwama-3,000 kummandla wonxweme olusempuma zenza isicelo somthamo wama-600kVA, anokuxhasa imfumba egcwele i-480kW 800V esekelwe kuqikelelo lwe-80% yobuchule.
(3) Iindleko zotyalo-mali ze-800V iimfumba ezitshajiweyo ziphezulu.
Oku kubandakanya i-transformers, iimfumba, ukugcinwa kwamandla, njl. Ixabiso lokwenene liqikelelwa ukuba likhulu kunelo sikhululo sokutshintshana, kwaye amathuba okusasazwa okukhulu aphantsi.
I-800V ye-supercharging kukuphela kwe-icing kwikhekhe, ke luhlobo luni lwendawo yokutshaja enokuphucula amava okutshaja?
2022 iHolide yokuTshaja iNdawo yokuTshaja ngesantya esiphezulu
05.Ingcamango yoyilo lwezibonelelo zokutshaja kwixesha elizayo
Okwangoku, kuyo yonke isiseko semfumba yokutshaja yasekhaya, umlinganiselo wesithuthi ukuya kwimfumba (kubandakanywa iimfumba zoluntu + iimfumba zabucala)isekwinqanaba elimalunga ne-3:1(ngokusekwe kwidatha ka-2021).
Ngokunyuka kweentengiso zezithuthi zamandla amatsha kunye nokukhululeka kweenkxalabo zokuhlawuliswa kwabathengi, kuyimfuneko ukwandisa umlinganiselo wesithuthi ukuya kwi-pile. Iinkcazo ezahlukeneyo zeemfumba zokutshaja ngokukhawuleza kunye neemfumba zokutshaja ngokukhawuleza zinokucwangciswa ngokufanelekileyo kwiimeko zokusingwa kunye neemeko zokutshaja ngokukhawuleza, ukuze kuphuculwe amava okuhlawula. Ukuphucula, kwaye unokulinganisa ngokwenene umthwalo wegridi.
Eyokuqala kukutshaja indawo oya kuyo, iyatshaja ngaphandle kwexesha elongezelelweyo lokulinda:
(1) Iindawo zokuhlala zokupaka: Inani elikhulu leengqumba zokutshaja ezicothayo ekwabelwana ngazo kunye nezicothayo ngaphakathi kwe-7kW zakhiwa, kwaye izithuthi zeoyile zinikwa indawo yokuqala yokupaka iindawo zokupaka ezingezozamandla ezintsha, ezinokuhlangabezana neemfuno zabahlali, kwaye iindleko zokubeka iphantsi ngokwentelekiso, kwaye indlela yolawulo elungeleleneyo inokunqanda ukugqitha igridi yamandla ommandla. umthamo.
(2) Udederhu lweevenkile/iindawo ezibukekayo/iipaki zemizi-mveliso/izakhiwo zee-ofisi/iihotele nezinye iindawo zokumisa izithuthi: Ukutshaja okukhawulezayo kwama-20kW kuyongezelela, kunye nenani elikhulu lokutshaja okucothayo kwe-7kW.Icala lophuhliso: ixabiso eliphantsi lokutshaja okucothayo kwaye akukho ndleko yokwandisa; icala labathengi: kunqanda ukuhlala kwindawo / iimoto ezihambayo emva kokutshaja ngokukhawuleza kuhlawulwe ngokupheleleyo ngexesha elifutshane.
Okwesibini kukuzaliswa kwamandla okukhawulezayo, indlela yokulondoloza ixesha lokusetyenziswa kwamandla ngokubanzi:
(1) Indawo yenkonzo ye-Expressway: gcina inani langoku lokutshaja ngokukhawuleza, unciphise ngokungqongqo umda ophezulu wokutshaja (njenge-90% -85% ye-peak), kwaye uqinisekise ukukhawuleza kwesantya sokuqhuba izithuthi ezide.
(2) Izikhululo zerhasi kufutshane nesango lokungena kuhola wendlela kwizixeko/iidolophu ezinkulu: misela ukutshaja okukhawulezayo kwamandla aphezulu, kwaye unciphise ngokungqongqo umda ongentla wokutshaja (ofana ne-90% -85% kwincopho), njengesongezelelo kwindawo yenkonzo yesantya esiphezulu, kufutshane nokuqhuba umgama omde wokufuna kwabasebenzisi bamandla amatsha, ngelixa usasaza imfuno yokutshaja komhlaba wesixeko / wedolophu.Qaphela: Ngesiqhelo, isikhululo serhasi esisezantsi sixhotyiswe ngamandla ombane angama-250kVA, anokuxhasa ngokuqikelelwayo iimfumba ezimbini zokutshaja ngokukhawuleza kwe-100kW ngaxeshanye.
(3) Isikhululo serhasi esisedolophini/indawo yokupaka emoyeni evulekileyo: misela ukutshaja okukhawulezayo kwamandla amakhulu ukucutha umda ongaphezulu wokutshaja.Okwangoku, i-PetroChina ihambisa ngokukhawuleza ukutshaja / ukutshintshiselana kwiindawo ezintsha zamandla, kwaye kulindeleke ukuba izikhululo ezininzi zegesi ziza kuxhotyiswa ngeemfumba zokutshaja ngokukhawuleza kwixesha elizayo.
Qaphela: Indawo yejografi yesikhululo segesi / indawo yokupaka i-open-air ngokwayo isondele kwindlela kwaye iimpawu zesakhiwo zibonakala zicacile, ezilungele ukuhlawula abathengi ukuba bafumane ngokukhawuleza imfumba kwaye bashiye indawo ngokukhawuleza.
06.Bhala ekugqibeleni
Okwangoku, inkqubo ye-800V isajongene nobunzima obuninzi kwiindleko, iteknoloji kunye neziseko. Obu bunzima bukuphela kwendlela yokwenza izinto ezintsha kunye nophuhliso lobuchwepheshe bezithuthi zamandla amatsha kunye nokuphindaphindwa kwemizi-mveliso. iqonga.
Iinkampani zemoto zaseTshayina, ezinobuchwephesha obukhawulezayo nobusebenzayo bezicelo zobunjineli, ziyakwazi ukuqaphela inani elikhulu lezicelo ezikhawulezayo ze-800V iinkqubo, kwaye zikhokele ekukhokeleni umkhwa wetekhnoloji kwicandelo lezithuthi zamandla amatsha.
Abathengi baseTshayina baya kuba ngabokuqala ukonwabela amava ezithuthi ezikumgangatho ophezulu eziziswa yinkqubela phambili yetekhnoloji.Akusafani nexesha lezithuthi zamafutha, xa abathengi basekhaya bethenga iimodeli ezindala kwiinkampani zeemoto zamazwe ngamazwe, itekhnoloji yakudala okanye itekhnoloji ethenwayo.
IiReferensi:
[1] UPhando lobuChwephesha beHonda: Uphuhliso lweMoto kunye nePCU yeSPORT HYBRID i-MMD System
[2] Han Fen, Zhang Yanxiao, Shi Hao. Ukusetyenziswa kwe-SiC MOSFET kwi-Boost circuit [J]. I-Industrial Instrumentation kunye ne-Automation Device, 2021 (000-006).
[3] Koji Yamaguchi, Kenshiro Katsura, Tatsuro Yamada, Yukihiko Sato .High Power Density SiC-Based Inverter kunye ne-Power Density ye-70 kW / ilitha okanye i-50 kW / kg[J]. IEEJ Journal of Industry Applications
[4] Inqaku le-PGC Consultancy: Ukuthatha isitokhwe seSiC, iSigaba 1: ukuphononongwa kokhuphiswano lweendleko zeSiC kunye nemephu yendlela yokunciphisa iindleko.
Ixesha lokuposa: Oct-21-2022