Umlilo webhethri wakamuva egumbini leseva ugqamisa inkinga ebucayi:ukwehluleka kwebhethri akuveli ngokuzumayo — kuwumphumela wezingozi ezifihliwe zesikhathi eside.Emakamelweni e-UPS, amasayithi e-telecom, nasezikhungweni zedatha, kuba khona izingozi ezifanayo uma kungaqashwe ngendlela efanele.⚠️ Kungani Ibhethri Livutha?1️⃣ Imvelo Empofu

Eminyakeni yamuva nje, isidingo samabhethri sikhula sisuka ezikhungweni zedatha, ama-opharetha ezokuxhumana, izikhungo zezimboni, iziteshi ezincane kanye nezinhlelo zokusebenza ezibalulekile zemishini, amakhasimende aya ngokuya efuna ukubonakala, ukwethembeka, nokusebenza kwesikhathi eside.Kubakhiqizi namabhethri abasabalalisi, ukuhlanganisa

Ezinhlelweni zesimanje zezinto zokuhamba zikaloliwe, zonke isitimela ezisebenza kahle, zonke iziteshi ezikhanyisiwe, kanye nesistimu yokusayina engaphazamiseki isekelwa isisekelo esisodwa esibalulekile—amabhethri ekhophi athembeke kakhulu. Nokho ngaphezu kwesigamu sokuhluleka kwamandla okusekela uhlelo lwesitimela emhlabeni wonke kubangelwa ukuwohloka kwebhethri

Umlilo wesikhungo sedatha e-UK oxhunywe nokwehluleka kwebhethri ugqamisa ukuthi kungani ukuqapha okuhlakaniphile kwe-BMS kubalulekile. I-DFUN PBMS9000 + PBAT 61 inikeza ukuqapha kweleveli ukuvimbela ukushisa ngokweqile, amaphutha kanye nezingozi zomlilo.

Ngobusuku bango-September 26, 2025, kwaqubuka umlilo e-National Information Resources Service e-Yuseong-gu, e-Daejeon, eNingizimu Korea. Iminyango yezomlilo yenza imisebenzi yokucisha umlilo.

Emkhakheni wezinhlelo zokuphatha ibhethri (BMS), enye yezingozi ezinganakwa kakhulu kumabhethri e-lead-acid kanye ne-Ni-Cd i-ripple current kanye ne-ripple voltage. Nakuba ngokuvamile zingabonakali, lezi ziphazamiso zikagesi zisebenza njengababulali abathule, zinciphisa ubude bebhethri futhi zisongela ukwethembeka komgxeki.