Umgca wokuhlanganisa ozenzekelayo weemodyuli zebhetri ezisilinda kunye neenkqubo zePACK

Iimodeli zeeseli ezisetyenzisiweyo: 18650, 21700, 26700, 32700, 32140, njl.

Imodyuli yebhetri ezenzekelayo kunye nomgca wokuhlanganisa wePACK yinkqubo yobuchwepheshe obuphezulu eyenzelwe ukuhlanganisa iimodyuli kunye neebhetri ngendlela efanelekileyo nechanekileyo. Lo mgca udibanisa iirobhothi eziphambili, ii-conveyors ezizenzekelayo, kunye neenkqubo zokuwelda ezichanekileyo, ukuqinisekisa umgangatho wemveliso ohambelanayo nophezulu. Izixhobo eziphambili ziquka ukuhlelwa kweeseli ngokuzenzekelayo, ukuhlanganiswa kweemodyuli, izitishi zokuwelda, kunye nezitishi zokuvavanya, zonke zilawulwa yinkqubo ye-MES ephakathi.

Lo mgca usetyenziswa kakhulu ekuveliseni iibhetri zezithuthi zombane (ii-EV), iinkqubo zokugcina amandla (ii-ESS), kunye nezixhobo ze-elektroniki zabathengi. Uphucula ukusebenza kakuhle kwemveliso, unciphisa iindleko zabasebenzi, kwaye uqinisekisa umgangatho wemveliso ohambelanayo, nto leyo eyenza ukuba ibe sisisombululo esifanelekileyo kwimveliso enkulu.

Imodyuli kaPengjin kunye nomgca wePACK zidibanisa ukuwelda kwelaser okuphucukileyo, ubuchwepheshe bolawulo lwedijithali nobukrelekrele, kunye neenkqubo zokubeka esweni ezikrelekrele, zibonelela ngesisombululo esisebenzayo, esichanekileyo, nesithembekileyo sokwenza ibhetri ye-lithium-ion. Iingenelo eziphambili ziquka:

1. Itekhnoloji yokuwelda nge-laser

• Isantya sokuwelda: ukuya kuthi ga kwi-80–100 mm/s, nto leyo edlula kakhulu iindlela zemveli kwaye inyusa kakhulu imveliso.

• Ukuchaneka kokuwelda: ububanzi obuncinci bendawo egxile kwingqwalasela, ukuchaneka ± 0.2 mm, ukuqina okuphezulu kwecandelo.

• Amandla okuwelda: Ingaphezulu ngama-30% kune-welding yendabuko, nto leyo enyusa ukhuseleko kunye nokuqina kweebhetri zePACK.

• Inqanaba lokuzenzekela: Ukuhlanganiswa kwenkqubo yombono womatshini kuqinisekisa ulawulo oluzenzekelayo kunye nesantya sokuvunwa esifikelela kwi-99.5%.

2. Ulwazi kunye nolawulo olukrelekrele (inkqubo ye-MES)

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

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

• Ukuguquguquka kwenkqubo: Ukutshintsha ngokuzenzekelayo phakathi kweemodeli zemveliso ezahlukeneyo kunye noseto lweeparameter eziguquguqukayo.

3. Iinkqubo zolawulo ezikrelekrele

• Ulawulo lwe-AI lwezenzo zomqhubi: Ukusetyenziswa kweenkqubo zokubona umatshini ezisebenzisa i-AI kunciphisa iimpazamo kwaye kwandisa ukuchaneka kokusebenza.

• Ukuhlolwa okubonakalayo kwe-3D kokuqinisa ibholithi: Inkqubo ye-infrared ye-3D iqinisekisa ulandelelwano oluchanekileyo lokuqiniswa kunye nokuchaneka, inyusa ipesenti yokuhlanganiswa okuhle ukuya kwi-99.8%.

• Uvavanyo lokuvuza: Iinkqubo zovavanyo ezichanekileyo kakhulu zonyusa ukusebenza kakuhle kokufumanisa nge-20% kwaye ziqinisekisa ukuxinana okuthembekileyo kweebhloko zePACK.

4. Ukusebenza kakuhle kweendleko kunye nokuguquguquka

• Ukunciphisa iindleko: Ukusetyenziswa kwamandla kuncitshiswe ngama-20% xa kuthelekiswa nemigca yendabuko, nto leyo esindisa ngaphezulu kwe-150,000 yuan ngonyaka.

• Ukuguquguquka kwemveliso: Inkxaso kwiintlobo ngeentlobo zeeseli ze-cylindrical, ukwandiswa okulula kunye nokuhlaziywa ngokweemfuno zabathengi.

Imodyuli kaPengjin kunye nomgca wePACK, owakhelwe ekusebenzeni kakuhle, ubukrelekrele, kunye nokuthembeka, unceda abavelisi bebhetri ye-lithium-ion ukunciphisa iindleko, ukuphucula ukusebenza kakuhle kwemveliso, kunye nokufudukela kwimveliso ekrelekrele.