Umgca wemveliso yePAK ngokuzenzekelayo yeemodyuli zebhetri zeprismatic

Iimodeli zeeseli ezisetyenzisiweyo

054169, 064369, 074369, 103450, 113450, 153450, 173450, 183450, 203450, 263450, njl.

Umgca wokuhlanganisa ozenzekelayo weemodyuli zebhetri kunye nePAK

Umgca wokuhlanganisa ozenzekelayo weBattery PACK yinkqubo yemveliso yanamhlanje eyenzelwe ukuhlanganiswa kweemodyuli zebhetri kunye neePAKS ngendlela esebenza kakuhle nechanekileyo. Lo mgca udibanisa iirobhothi eziphambili, iinkqubo zokuhambisa ezizenzekelayo, kunye neeyunithi zokuwelda ezichanekileyo, ukuqinisekisa iimveliso ezihambelanayo nezisemgangathweni ophezulu.

Izixhobo eziphambili ziquka ukuhlela iiseli ngokuzenzekelayo, ukuhlanganisa iimodyuli, ukuwelda, kunye nezikhululo zovavanyo. Zonke iinkqubo zilawulwa ngokuyintloko yinkqubo ye-MES.

Lo mgca usetyenziswa kakhulu ekuveliseni iibhetri zezithuthi zombane (ii-EV), iinkqubo zokugcina amandla (ii-ESS), kunye nezixhobo ze-elektroniki zabathengi. Uphucula kakhulu ukusebenza kakuhle kwemveliso, unciphisa iindleko zabasebenzi, kwaye uqinisekisa umgangatho ohambelanayo, okwenza ube sisisombululo esifanelekileyo semveliso enkulu kwishishini leebhetri.

Imodyuli yenkampani kunye nomgca wokuhlanganisa wePACK Ubuchwepheshe bePengjin Idibanisa iteknoloji yokuwelda yelaser ephucukileyo, idijithali kunye neenkqubo zolawulo ezikrelekrele, kunye neenkqubo zolawulo lwe-sensor ezikrelekrele, ibonelela ngesisombululo esisebenzayo, esichanekileyo nesithembekileyo sokwenza iibhetri ze-lithium-ion.

Iingenelo eziphambili

1. Ukuwelda nge-laser

• Isantya sokuwelda: ukuya kuthi ga kwi-80–100 mm/s, nto leyo ephumelela kakhulu kwiindlela zemveli kwaye yonyusa imveliso.

• Ukuchaneka kokuwelda: ububanzi obuncinci bendawo egxile kwi-focal, ukuchaneka kwe-±0.2 mm, uzinzo oluphezulu lwamalungu adibeneyo.

• Amandla omthungo: Ingaphezulu ngama-30% kune-welding yendabuko, okuqinisekisa ukhuseleko kunye nokuqina kwePACK.

• Inqanaba lokuzenzekela: Ukuhlanganiswa nombono womatshini, ulawulo lwenkqubo oluzenzekelayo, imveliso ivelisa ukuya kuthi ga kwi-99.5%.

2. Ulwazi kunye nolawulo olukrelekrele (i-MES)

• Ukusebenza: inqanaba lokuzenzekela ≥95%, umjikelo wemveliso ≤imizuzwana eli-15 kwiqela ngalinye, ukwanda kwemveliso okungaphezulu kwama-30%.

• Ukulandeleka kwedatha: Ukulandeleka ngokupheleleyo phambili nangasemva, ukufikelela ngexesha langempela kwidatha yesitishi, ukusetyenziswa kwezinto kunye nokusebenza.

• Ukuguquguquka kweenkqubo: Ukutshintsha imodeli ngokuzenzekelayo kunye noseto lweparameter oluguquguqukayo kwimisebenzi yemveliso nganye.

3. Iinkqubo zokulawula inzwa ekrelekrele

• Ulawulo lwe-AI lwemisebenzi: ulawulo olubonakalayo lwezenzo zomsebenzisi ngexesha langempela, ukunciphisa amandla omntu.

• Ulawulo lokuqinisa ibholithi ye-3D: Umbono we-infrared we-3D uqinisekisa ukuchaneka kolandelelwano kunye ne-torque, izinga lokugqitywa kwendibano lifikelela kwi-99.8%.

• Ulawulo lokuvuza: Ukuhlanganiswa kweenkqubo zokufumanisa ukuvuza ezichanekileyo, okwandisa ukusebenza kakuhle kokufumanisa ngama-20%.

4. Ukusebenza kakuhle kweendleko kunye nokuguquguquka

• Ukunciphisa iindleko: Ukusetyenziswa kwamandla kuncitshiswe ngama-20%, nto leyo esindisa umbane ongaphezulu kwe-150,000 yuan ngonyaka.

• Uqwalaselo lomntu ngamnye: inkxaso kwiintlobo ezahlukeneyo zebhetri kunye neenkcukacha, ukwandiswa okulula kunye nokuhlaziywa komgca.

Umgca wokuhlanganisa ozenzekelayo weemodyuli kunye nePAKHI ukusuka Ubuchwepheshe bePengjinIgxile ekusebenzeni kakuhle, kubuchule nasekuthembekeni, le nkampani inceda abavelisi bebhetri ye-lithium ukuba banciphise iindleko, baphucule ukusebenza kakuhle kwaye batshintshele kwimveliso ekrelekrele.