Umgca wemveliso ozenzekelayo weemodyuli zebhetri zeprismatic kunye neepakethi

Iimodeli zeeseli ezisebenzayo: 054169, 064369, 074369, 103450, 113450, 153450, 173450, 183450, 203450, 263450, njl.

Imodyuli yebhetri ezenzekelayo kunye nomgca wokuhlanganisa iipakethi yinkqubo yemveliso yanamhlanje eyenzelwe ukuhlanganisa iimodyuli zebhetri kunye neepakethi ngendlela efanelekileyo nechanekileyo. Idibanisa iirobhothi eziphambili, ii-conveyors ezizenzekelayo, kunye neenkqubo zokuwelda ezichanekileyo, ukuqinisekisa umgangatho ohambelanayo. Izixhobo eziphambili ziquka ukuhlelwa kweeseli ngokuzenzekelayo, ukuhlanganiswa kweemodyuli, izitishi zokuwelda, kunye nezitishi zokuvavanya, zonke zilawulwa yinkqubo ye-MES ephakathi.

Olu hlobo lwemveliso lusetyenziswa kakhulu ekwenzeni iibhetri zezithuthi zombane (ii-EV), iinkqubo zokugcina amandla (ii-ESS), kunye nezixhobo ze-elektroniki zabathengi. Luphucula ukusebenza kakuhle kwemveliso, lunciphisa iindleko zomsebenzi, kwaye luqinisekisa umgangatho wemveliso ohambelanayo, nto leyo eyenza ukuba ilungele ukwenziwa kwemveliso eninzi kwishishini leebhetri.

Uluhlu lweemodyuli kunye neepakethi zikaPengjin zidibanisa itekhnoloji yokuwelda yelaser ephucukileyo, iinkqubo zolawulo lwekhompyutha ezikrelekrele, kunye netekhnoloji yokubhaqa ekrelekrele, zibonelela ngesisombululo esisebenzayo, esichanekileyo, nesithembekileyo sokwenza iibhetri ze-lithium. Iingenelo eziphambili zikhankanyiwe apha ngezantsi:

1. Itekhnoloji yokuwelda nge-laser

• Isantya sokuwelda: ukuya kuthi ga kwi-80–100 mm/s, idlula kakhulu iindlela zemveli kwaye iphucula imveliso.

• Ukuchaneka kokuwelda: ububanzi bendawo yokugxila obuncitshisiweyo kunye nokuchaneka kwe-± 0.2 mm, okuqinisekisa ukuhambelana okuphezulu phakathi kwezinto.

• Amandla entambo: Ingaphezulu ngama-30% kune-welding yendabuko, nto leyo enika ukhuseleko olukhulu kunye nokuqina kwiPAKHI.

• Inqanaba lokuzenzekela: Ukudibanisa nombono womatshini ukuze kufunyanwe ngokuzenzekelayo, kunye nesantya sokusebenza esifikelela kwi-99.5%.

2. Ulawulo lwekhompyutha kunye nobulumko (iNkqubo ye-MES)

• Ukusebenza kakuhle kwemveliso: inqanaba lokuzenzekela ≥95%, umjikelo wemveliso ≤15 s/iqela kunye nokwanda komthamo ngaphezu kwe-30%.

• Ukulandeleka ngokupheleleyo: Inkxaso yokulandelela ngokuthe ngqo nangokubuyela umva, ukufikelela ngexesha langempela kwidatha yesitishi, ukusetyenziswa kwezinto kunye neerekhodi zokusebenza.

• Ukuguquguquka kwenkqubo: Ivumela ukutshintsha ngokuzenzekelayo phakathi kweemodeli ezininzi kunye noqwalaselo oluguquguqukayo lweeparameter ngokweemfuno zabathengi.

3. Itekhnoloji yokubhaqa ekrelekrele

• Ukufunyanwa okukhokelwa yi-AI: Umbono womatshini wokujonga izenzo zabaqhubi ngexesha langempela, ukunciphisa iimpazamo zabantu.

• Uhlengahlengiso lweBolt olunombono we-3D: Umbono we-infrared we-3D ukuqinisekisa ulandelelwano oluchanekileyo kunye ne-torque, ukwandisa izinga lokupasa ukuya kwi-99.8%.

• Uvavanyo lokuvuza: Izixhobo ezichanekileyo kakhulu ziphucula ukusebenza kakuhle kokuchonga nge-20% kwaye ziqinisekisa ukutywinwa kwePAKHI.

4. Iingenelo zoqoqosho kunye nokuguquguquka

• Ukonga iindleko: Ukusetyenziswa kwamandla kuncitshiswe ngama-20% xa kuthelekiswa nemigca yendabuko, apho ukonga ngonyaka kudlula i-150,000 RMB.

• Imveliso eguquguqukayo: Iyahambelana neentlobo ezininzi zeebhetri kunye neenkcukacha, inokwandiswa lula kwaye iphuculwe ngokweemfuno zabathengi.

Uluhlu lweemodyuli kunye neePAK zikaPengjin, ezigxile ekusebenzeni kakuhle, kubuchule, nasekuthembekeni, zinika amandla abavelisi bebhetri ye-lithium ukuba bafezekise ukunciphisa iindleko, ukwandisa imveliso, kunye nokutshintshela kwimveliso ekrelekrele.