Sharaxaad faahfaahsan oo ku saabsan tijaabada wareegga gaaban ee gudaha ee qasabka ah ee unugyada lithium ion cell,
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▍ Shahaadada SIRIM

Nabadgelyada qofka iyo hantida, dawladda Malaysiya waxay dejisa nidaamka shahaado-siinta alaabta oo ay ilaaliso qalabka elektaroonigga ah, macluumaadka & warbaahinta badan iyo qalabka dhismaha. Alaabooyinka la xakameeyey waxaa loo dhoofin karaa Malaysia kaliya ka dib marka la helo shahaadada shahaado bixinta iyo calaamadaynta.

▍SIRIM QAS

SIRIM QAS, oo ah shirkad ay wada leeyihiin oo ka tirsan Machadka Heerarka Warshadaha ee Malaysiya, waa unugga shahaadaynta ee loo qoondeeyey ee hay'adaha sharciyeynta qaranka Malaysia (KDPNHEP, SKMM, iwm.).

Shahaadada baytariga labaad waxa u qoondaysay KDPNHEP (Wasaaradda Ganacsiga Gudaha iyo Arrimaha Macmiilka ee Malaysia) inay tahay maamulka shahaadaynta. Hadda, soo saarayaasha, soo dejinta iyo ganacsatadu waxay codsan karaan shahaado SIRIM QAS oo waxay codsan karaan tijaabinta iyo shahaadaynta baytariyada sare ee hoos yimaada qaabka shatiga shatiga leh.

▍ Shahaadada SIRIM- Battery Secondary

Battery-ga labaad waxa uu hadda ku socdaa shahaado ikhtiyaari ah laakiin waxa uu dhawaan ku jiri doonaa baaxadda shahaadaynta qasabka ah. Taariikhda saxda ah ee qasabka ah waxay ku xiran tahay wakhtiga ku dhawaaqista rasmiga ah ee Malaysia. SIRIM QAS waxay durba bilowday inay aqbasho codsiyada shahaadaynta.

Shahaadada batteriga sare Heerka: MS IEC 62133:2017 ama IEC 62133:2012

▍Waa maxay sababta MCM?

● Wuxuu sameeyay kanaalka is-weydaarsiga farsamada iyo isdhaafsiga macluumaadka ee SIRIM QAS oo u xilsaaray khabiir ku takhasusay inuu ka shaqeeyo mashaariicda MCM iyo weydiimaha oo keliya iyo inuu la wadaago macluumaadka ugu dambeeyay ee saxda ah ee goobtan.

● SIRIM QAS waxay aqoonsanaysaa xogta tijaabada ee MCM si muunada loogu tijaabiyo MCM intii la geyn lahaa Malaysia.

● Si loo bixiyo adeeg hal-joojin ah oo Malaysian ah oo loogu talagalay shahaado-siinta baytariyada, adapters-ka iyo taleefannada gacanta.

Ujeedada Tijaabada: in lagu sawiro wareegga gaaban ee electrodes-ka togan iyo kuwa taban, walxaha qashinka ah iyo wasakhyada kale ee laga yaabo inay galaan unugyada inta lagu jiro habka wax soo saarka. Sannadkii 2004-tii, baytari Laptop ah oo ay samaysay shirkad Japan ah ayaa dab qabsaday. Kadib falanqeyn tafatiran oo lagu sameeyay sababta keentay dabka batteriga, waxaa la rumeysan yahay in baytariyada lithium ion ay ku dhex milmeen qaybo bir ah oo aad u yar intii lagu guda jiray habka wax soo saarka, batterigana waxaa loo adeegsaday isbeddelka heerkulka. Ama saameyno kala duwan, qaybo bir ah ayaa ka dalooliya kala-soocida u dhexeeya electrodes-ka togan iyo kuwa taban, taasoo keenaysa wareeg gaaban gudaha batteriga, taasoo keenaysa xaddi badan oo kulayl ah si ay u keento in batteriga uu dab qabsado. Maaddaama isku-dhafka walxaha birta ah ee habka wax-soo-saarka uu yahay shil, way adagtahay in si buuxda looga hortago in tani dhacdo. Sidaa darteed, waxaa la isku dayaa in lagu sawiro wareegga gaaban ee gudaha ee ay sababaan qaybaha birta ah ee ka daloolaya diaphragm iyada oo loo marayo "tijaabada wareegga gaaban ee gudaha ee qasabka ah". Haddii bateriga lithium ion uu hubin karo in wax dab ah uusan dhicin inta lagu jiro baaritaanka, waxay si wax ku ool ah u hubin kartaa in xitaa haddii bateriga lagu daro habka wax-soo-saarka Tijaabada shayga: unugga (marka laga reebo unugga nidaamka dareeraha electrolytic ee aan dareeraha ahayn). Tijaabooyin burbur ah ayaa muujinaya in isticmaalka baytariyada lithium ion ee adag ay leeyihiin waxqabadka badbaadada sare. Ka dib tijaabooyinka wax burburiya sida ciddi gelinta, kuleyliyaha (200 ℃), wareegga gaaban iyo xad dhaafka (600%), baytariyada lithium-ion ee dareeraha ah ee elektrolytka ayaa daadin doona oo qarxi doona. Marka lagu daro kororka yar ee heerkulka gudaha (<20°C), baytariga adagi ma laha arrimo kale oo badbaado ah