Inkcazo eneenkcukacha zokunyanzeliswa kwesiphaluka esifutshane sangaphakathiuvavanyo lwe-lithium ioniseli,
uvavanyo lwe-lithium ion,

▍Yintoni iGOST-R Declaration?

I-GOST-R i-Declaration of Conformity luxwebhu lwesibhengezo sokuqinisekisa ukuba iimpahla zihambelana nemimiselo yokhuseleko lwaseRashiya. Xa uMthetho weMveliso kunye neNkonzo yeSiqinisekiso wakhutshwa yiRussian Federation ngo-1995, inkqubo yoqinisekiso lwemveliso esisinyanzelo yaqala ukusebenza eRashiya. Ifuna zonke iimveliso ezithengiswa kwimarike yaseRashiya ukuba ziprintwe nge-GOST enyanzelekileyo yokuqinisekisa uphawu.

Njengenye yeendlela zokuqinisekisa ukuthotyelwa okunyanzelekileyo, iGost-R Declaration of Conformity isekelwe kwiingxelo zokuhlolwa okanye ukuqinisekiswa kwenkqubo yolawulo lomgangatho. Ukongeza, i-Declaration of Conformity inophawu lokuba inokukhutshwa kuphela kwiqumrhu elisemthethweni laseRashiya elithetha ukuba umfaki-sicelo (umnini) wesatifikethi unokuba yinkampani yaseRashiya ebhaliswe ngokusemthethweni okanye iofisi yangaphandle ebhaliswe eRashiya.

▍IGOST-R Uhlobo lwesiBhengezo kunye nokuSetyenzwa

1. SenyeSukunyathelaCqinisekisa

Isatifikethi sokuthumela esinye sisebenza kuphela kwibhetshi ekhankanyiweyo, imveliso echaziweyo echazwe kwikhontrakthi. Ulwazi oluthile luphantsi kolawulo olungqongqo, olufana negama lezinto, ubuninzi, ukucaciswa, isivumelwano kunye nomxhasi waseRashiya.

2. Cisiqinisekisoe ngobunyani beUnyaka omnye

Nje ukuba imveliso inikwe isatifikethi, abavelisi banokuthumela iimveliso eRussia ngaphakathi konyaka omnye ngaphandle komda wamaxesha okuthumela kunye nobungakanani kumxumi othile.

3. Cqinisekisa ngokunyaniseka kweiminyaka emithathu/mihlanu

Nje ukuba imveliso inikwe isatifikethi, abavelisi banokuthumela iimveliso eRussia phakathi kweminyaka emi-3 okanye emi-5 ngaphandle komda wamaxesha okuthumela kunye nobungakanani kumxumi othile.

▍Kutheni i-MCM?

● I-MCM ineqela leenjineli zokufunda imimiselo yaseRashiya yamva nje, ukuqinisekisa ukuba iindaba zamva nje zesatifikethi se-GOST-R zingabiwa ngokuchanekileyo nangexesha kubathengi.

●I-MCM yakha intsebenziswano esondeleleneyo kunye nombutho wokuqala owasekwayo woqinisekiso, obonelela ngenkonzo yoqinisekiso oluzinzileyo nesebenzayo kubathengi.

▍Yintoni i-EAC?

Ngoku kaTheIikhrayitheriya eziqhelekileyo ezifanelekileyo kunye neMithetho yeMithetho yoBugcisa yeKazakhstan, Belarus kunye neRussian Federationnto leyo isivumelwano esayinwe yiRashiya, Belarus kunye Kazakhstan ngo-Oktobha 18 2010, iKomiti Union Customs uya kuzinikela ekuqulunqeni umgangatho ofanayo kunye nemfuneko ukuqinisekisa ukhuseleko imveliso. Isiqinisekiso esinye sisebenza kumazwe amathathu, esenza i-Russia-Belarus-Kazakhstan CU-TR isatifikethi esinophawu olufanayo lwe-EAC. Ummiselo uqale ukusebenza kancinci kancinci ukusuka nge-15 kaFebruwari^th2013. NgoJanuwari 2015, iArmenia neKyrgyzstan zajoyina iCustoms Union.

▍Udidi lwesatifikethi seCU-TR kunye nokuSebenza

1. SenyeSukunyathelaCqinisekisa

Isatifikethi sokuthumela esinye sisebenza kuphela kwibhetshi ekhankanyiweyo, imveliso echaziweyo echazwe kwikhontrakthi. Ulwazi oluthile luphantsi kolawulo olungqongqo, olufana negama lezinto, ubuninzi, inkontileka yenkcazo kunye nomxhasi waseRashiya. Xa ufaka isicelo sesatifikethi, akukho zisampuli zicelwayo ukuba zinike kodwa amaxwebhu kunye nolwazi luyafuneka.

1. CqinisekisangeubunyaniyeUnyaka omnye

Nje ukuba imveliso inikwe isatifikethi, abavelisi banokuthumela iimveliso eRussia ngaphakathi konyaka omnye ngaphandle komda wamaxesha okuthunyelwa kunye nobungakanani.

1. Isatifikethi esinesiqinisekiso seNtathuunyakas

Nje ukuba imveliso inikwe isatifikethi, abavelisi banokuthumela iimveliso eRussia phakathi kweminyaka emi-3 ngaphandle komda wamaxesha okuthunyelwa kunye nobungakanani.

1. Isatifikethi esisemthethweni seminyaka emihlanu

Nje ukuba imveliso inikwe isatifikethi, abavelisi banokuthumela iimveliso eRashiya phakathi kweminyaka emi-5 ngaphandle komda wamaxesha okuthunyelwa kunye nobungakanani.

▍Kutheni i-MCM?

● I-MCM ineqela leenjineli eziqeqeshelwe ukufunda imibutho yamva nje yesatifikethi imigaqo, kunye nokubonelela ngenkonzo yokulandela iiprojekthi ezikufutshane, ukuqinisekisa ukuba imveliso yabathengi ingena kwingingqi ngokutyibilikayo nangempumelelo.

● Ubutyebi obuninzi obuqokelelwe kushishino lweebhetri zenza ukuba i-MCM ibonelele ngenkonzo esebenzayo nenexabiso eliphantsi kumxhasi.

● I-MCM yakha intsebenziswano esondeleyo kunye nemibutho yendawo efanelekileyo, ukuqinisekisa ukuba ulwazi lwamva nje lwesatifikethi se-CU-TR lwabelwana ngokuchanekileyo nangexesha kunye nabaxhasi.

Injongo yoVavanyo: ukulinganisa isiphaluka esifutshane se-electrode efanelekileyo kunye ne-negative, i-particle scrap kunye nezinye izinto ezingcolileyo ezinokungena kwiseli ngexesha lokuvelisa. Ngo-2004, ibhetri yelaptop eveliswe yinkampani yaseJapan yatsha yatsha. Emva kohlalutyo olunzulu lwesizathu somlilo webhetri, kukholelwa ukuba ibhetri ye-lithium ion yayixutywe kunye neencinci ezincinci zetsimbi ngexesha lenkqubo yokuvelisa, kwaye ibhetri isetyenziswe ngenxa yokutshintsha kweqondo lokushisa.
Okanye iimpembelelo ezahlukeneyo, amasuntswana esinyithi agqobhoza isahluli phakathi kwee-electrode ezilungileyo nezingalunganga, ezibangela isekethe emfutshane ngaphakathi kwebhetri, ebangela ubushushu obukhulu obubangela ukuba ibhetri ibambe umlilo. Ekubeni ukuxutywa kweengqungquthela zetsimbi kwinkqubo yokuvelisa yingozi, kunzima ukukhusela ngokupheleleyo oku kungenzeki. Ngoko ke, umzamo wenziwa ukulinganisa isiphaluka esifutshane sangaphakathi esibangelwa ngamaqhekeza esinyithi abhoboza i-diaphragm ngokusebenzisa "uvavanyo lwesiphaluka esifutshane sangaphakathi". Ukuba ibhetri ye-lithium ion inokuqinisekisa ukuba akukho mlilo owenzekayo ngexesha lovavanyo, inokuqinisekisa ngokufanelekileyo ukuba nokuba ibhetri ixutywe kwinkqubo yokuvelisa Uvavanyo lwento: iseli (ngaphandle kweseli ye-non-liquid electrolytic liquid system). Iimvavanyo ezitshabalalisayo zibonisa ukuba ukusetyenziswa kweebhetri ze-lithium ion eziqinileyo kunomsebenzi ophezulu wokhuseleko. Emva kwezilingo ezitshabalalisayo ezifana nokungena kwesikhonkwane, ukufudumeza (200 ℃), isiphaluka esifutshane kunye ne-overcharge (600%), iibhetri ze-electrolyte ze-lithium-ion ziya kuvuza kwaye ziqhume. Ukongeza kokunyuka okuncinci kobushushu bangaphakathi (<20°C), ibhetri yemeko eqinileyo ayinayo eminye imiba yokhuseleko