CTIA IEEE 1725inguqulo 3.0 ekhutshwe,
CTIA IEEE 1725,

▍Yintoni iSatifikethi seCE?

Uphawu lwe-CE "yipaspoti" yeemveliso ezingena kwimarike ye-EU kunye nemarike yamazwe ye-EU Free Trade Association. Naziphi na iimveliso ezichaziweyo (ezibandakanyeka kumyalelo wendlela entsha), nokuba zenziwe ngaphandle kwe-EU okanye kumazwe angamalungu e-EU, ukuze zijikelezwe ngokukhululekileyo kwimarike ye-EU, kufuneka zihambelane neemfuno zomyalelo kunye nemigangatho efanelekileyo ehambelanayo ngaphambi kokuba ibekwe kwimarike ye-EU, kwaye incamathelise uphawu lweCE. Le yimfuno enyanzelekileyo yomthetho we-EU kwiimveliso ezinxulumeneyo, obonelela ngomgangatho odibeneyo wobugcisa odibeneyo worhwebo lweemveliso zamazwe ahlukeneyo kwimarike yaseYurophu kwaye wenze lula iinkqubo zorhwebo.

▍Yintoni imiyalelo yeCE?

Lo myalelo luxwebhu lowiso-mthetho olusekwe yi-European Community Council kunye ne-European Commission phantsi kogunyaziso lweiSivumelwano soLuntu lwaseYurophu. Imiyalelo esebenzayo yeebhetri yile:

2006/66 / EC & 2013/56 / EU: Umyalelo weBattery. Iibhetri ezithobela lo myalelo kufuneka zibe netoti yenkunkuma;

I-2014/30 / EU: I-Electromagnetic Compatibility Directive (I-EMC Directive). Iibhetri ezithobela lo myalelo kufuneka zibe namanqaku eCE;

2011/65 / EU: Umyalelo we-ROHS. Iibhetri ezithobela lo myalelo kufuneka zibe namanqaku eCE;

Iingcebiso: Kuphela kuxa imveliso ingqinelana nayo yonke imiyalelo ye-CE (amanqaku e-CE kufuneka ancanyatheliswe), apho anokuthi ancamathelwe amanqaku e-CE xa zonke iimfuno zomyalelo ziphunyeziwe.

▍Imfuneko yokuFaka isicelo seSatifikethi seCE

Nayiphi na imveliso evela kumazwe ahlukeneyo efuna ukungena kwi-EU kunye ne-European Free Trade Zone kufuneka ifake isicelo se-CE-certified kunye ne-CE ephawulwe kwimveliso. Ke ngoko, isatifikethi se-CE yipaspoti yeemveliso ezingena kwi-EU kunye noMmandla woRhwebo oluKhululwa lwaseYurophu.

▍IiNzuzo zokuFaka isicelo sesiqinisekiso seCE

1. Imithetho ye-EU, imimiselo, kunye nemigangatho yokulungelelanisa ayinkulu kuphela ngobuninzi, kodwa iyinkimbinkimbi kumxholo. Ke ngoko, ukufumana isatifikethi seCE lukhetho olulumkileyo lokonga ixesha kunye nomzamo kunye nokunciphisa umngcipheko;

2. Isatifikethi se-CE sinokunceda ekuzuzeni ukuthenjwa ngabathengi kunye neziko lokongamela imarike kangangoko;

3. Inokuthintela ngokufanelekileyo imeko yezityholo ezingenaxanduva;

4. Xa sijongene nesimangalo, isiqinisekiso se-CE siya kuba bubungqina obusemthethweni obusemthethweni;

5. Emva kokuba ohlwaywe ngamazwe e-EU, iqumrhu lezatifikethi liya kubambisana imingcipheko kunye neshishini, ngaloo ndlela ukunciphisa umngcipheko weshishini.

▍Kutheni i-MCM?

● I-MCM ineqela lobugcisa elinabasebenzi abangaphezu kwama-20 ababandakanyekayo kwintsimi yesatifikethi se-CE sebhetri, esibonelela abathengi ngolwazi olukhawulezayo noluchanekileyo kunye nolwazi lwamva nje lwesatifikethi se-CE;

● I-MCM ibonelela ngezisombululo ezahlukeneyo ze-CE ezibandakanya i-LVD, i-EMC, izikhokelo zebhetri, njl.

● I-MCM ibonelele ngaphezu kwe-4000 yovavanyo lwebhetri yeCE kwihlabathi jikelele kude kube namhlanje.

Nge-22 kaDisemba, i-IEEE 1725 ehlaziyiweyo yathunyelwa ngokusemthethweni kwiwebhusayithi ye-CTIA yesatifikethi njengokulandelayo
UXwebhu lweCRD: IEEE 1725 Version 3.0 —— IiMfuneko zeCTIA yeBattery System Compact CertificationCRSL Document: IEEE 1725 IiMfuno zoLuhlu lweSimo kunye nePhepha lokusebenza (CRSL1725 Version 221222)
Uxwebhu lwe-PRD: IiMfuno zeSiqinisekiso sokuThotyelwa kweBattery Uxwebhu lwenguqulelo 6.1
Phakathi kwabo, amaxwebhu e-CRD kunye ne-CRSL ahlaziywa njengesatifikethi esikhethiweyo kunye neenyanga ze-6 zenguqu. Ngotshintsho lomxholo we-CTIA IEEE 1725 entsha, nceda ubhekisele kwimiba yangaphambili yemagazini yenyanga.I-electrolyte esetyenziswa kwiibhetri ze-lithium-ion zorhwebo zibhekwa njengenye yezinto ezinobungozi bokhuseleko lweebhetri ze-lithium. Ezi electrolytes ngokubanzi zizinyibilikisi ze-organic carbonate, ezinokutsha okuphezulu. Ngoko ke, kuye kwagxininiswa ekuziseni i-flame retardants eyahlukeneyo, kodwa i-flame retardants inokuphazamisa ukubunjwa kweefilimu ze-SEI ezimbi kunye nokunciphisa ukusebenza kwe-electrochemical. Uphononongo lwakutsha nje kwiPacific Northwest National Laboratory lubonise ukuba ukunciphisa unilaterally ukutsha kwe-electrolyte akuyi kuphucula ukusebenza kokhuseleko lwebhetri, kwaye impendulo exakayo phakathi kwe-electrolyte kunye ne-electrode yokutshaja yeyona nto iphambili ekuvavanyeni ukhuseleko. ukusebenza.Okokuthi, ukungatsha kwe-electrolyte akufuneki ukuba iparameter enempembelelo enxulumene nokuphucula ukusebenza kokhuseleko kwinqanaba lebhetri; i-reactivity phakathi kwe-electrolyte kunye ne-electrode yokutshaja idlula ukutsha kwe-electrolyte. Uphuhliso lwexesha elizayo lwe-electrolyte ekhuselekileyo, ukufezekisa ukungatsha kwe-electrolyte kukuqala kuphela, kodwa kungekhona isiphelo, sokuphucula ukusebenza kokhuseleko lweebhetri ze-lithium-ion.