Iindlela ezintshayokuQalisa i-Thermal Run Away,
Iindlela ezintsha,

▍Imfuno yoxwebhu

1. UN38.3 ingxelo yovavanyo

2. Ingxelo yovavanyo lwe-drop ye-1.2m (ukuba ikhona)

3. Ingxelo yokuvunywa kwezothutho

4. I-MSDS(ukuba ikhona)

▍Umgangatho woVavanyo

QCVN101:2016/BTTT(bhekisa kwi-IEC 62133:2012)

▍ Into yovavanyo

1.Ukulinganisa kwe-Altitude 2. Uvavanyo lwe-Thermal 3. Ukungcangcazela

4. Umothuko 5. I-short circuit yangaphandle 6. Impact/Crush

7. Intlawulo egqithisileyo 8. Ukukhupha ngenkani 9. Ingxelo yovavanyo lwe-1.2mdrop

Phawula: i-T1-T5 ivavanywa ngeesampulu ezifanayo ngokulandelelana.

▍ IiMfuneko zeleyibhile

Igama leleyibhile	I-Calss-9 IiMpahla eziNxulutywayo ezinobungozi	Iinqwelomoya zeCargo Kuphela	Ileyibhile yokuSebenza kwebhetri yeLithium
Leyibhile umfanekiso

▍Kutheni i-MCM?

● Umqalisi we-UN38.3 kwintsimi yezothutho e-China;

● Ukuba nezibonelelo kunye namaqela aqeqeshiweyo akwazi ukutolika ngokuchanekileyo i-UN38.3 iindawo eziphambili ezinxulumene neenqwelomoya zaseTshayina kunye nezangaphandle, abathumeli bempahla, izikhululo zeenqwelo moya, amasiko, amagunya olawulo njalo njalo e-China;

● Yiba nezixhobo kunye nobuchule obunokunceda abathengi bebhetri ye-lithium-ion ukuba "bavavanye kube kanye, badlule ngokutyibilikayo kuzo zonke izikhululo zeenqwelo moya kunye neenqwelomoya eTshayina ";

● Unomgangatho wokuqala we-UN38.3 wokutolika kwezakhono, kunye nohlobo lwenkonzo yomgcini-ndlu.

Ngengozi engaphezulu ebangelwa yibhetri ye-lithium-ion iyenzeka, Abantu banenkxalabo malunga nokubaleka kwebhetri ye-thermal, njengoko i-thermal run away eyenzeka kwiseli enye inokusasaza ubushushu kwezinye iiseli, ezikhokelela ekuvaleni kwayo yonke inkqubo yebhetri.
Ngokwemveli siya kubangela ukubaleka kwe-thermal ngokufudumeza, ukukhonkotha okanye ukutshaja ngexesha lovavanyo. Nangona kunjalo, ezi ndlela azinakulawula ukubaleka kwe-thermal kwiseli echaziweyo, kwaye azinakuphunyezwa ngokulula ngexesha lovavanyo lweenkqubo zebhetri. Kutshanje abantu baphuhlisa indlela entsha yokuqalisa ukubaleka kwe-thermal. Uvavanyo lokusasaza kwi-IEC 62619 entsha: 2022 ngumzekelo, kwaye kuqikelelwa ukuba le ndlela iya kusetyenziswa ngokubanzi kwixesha elizayo. Eli nqaku lenzelwe ukwazisa ezinye iindlela ezintsha eziphantsi kophando.
Imitha yeLaser kukufudumeza indawo encinci ene-laser yamandla aphezulu. Ubushushu buya kuqhutywa ngaphakathi kwizinto eziphathekayo. Imitha yeLaser isetyenziswa kakhulu kwiindawo zokulungisa izinto, njengokuwelda, ukudibanisa kunye nokusika. Ngokuqhelekileyo kukho iintlobo ze-laser ngolu hlobo lulandelayo: