Ngokutsho kweendaba ezikhutshwe liSebe lezoLwazi lwe-Electronic kwiSebe lezoShishino kunye neTeknoloji yoLwazi nge-10 kaDisemba, ukuze kuqiniswe ngakumbi ulawulo lweshishini lebhetri ye-lithium-ion kunye nokukhuthaza ukuguqulwa nokuphuculwa koshishino kunye nenkqubela phambili yezobuchwepheshe, UMphathiswa wezoShishino kunye nobuChwepheshe boLwazi ulawule okwexeshana “IiMeko zeBattery yeLithium-ion Specifications” kunye “noLawulo lweSibhengezo soShishino lweBattery yeLithium-ion” Amanyathelo ahlaziyiwe kwaye ayabhengezwa.I-"Lithium-ion iBattery Industry Specification Conditions (uHlelo lwe-2018)" kunye "neMiqathango yeThutyana yoLawulo lweZibhengezo zeNkcazelo yoShishino lweBattery yeLithium-ion (uHlelo lwe-2018)" (Isibhengezo seNombolo ye-5, i-2019 yoMphathiswa wezoShishino kunye neTekhnoloji yoLwazi ) iya kubhangiswa ngaxeshanye.
"Iimeko ezisemgangathweni zebhetri yeLithium-ion (2021)" icebisa ukuba ikhokele iinkampani ukunciphisa iiprojekthi zokuvelisa ezithi zandise nje amandla okuvelisa, zomeleze ukuqalwa kweteknoloji, ziphucule umgangatho wemveliso, zinciphise iindleko zemveliso.Iinkampani zebhetri ye-Lithium-ion kufuneka zihlangabezane nale miqathango ilandelayo: kwiRiphabhlikhi yaBantu baseChina ibhaliswe ngokusemthethweni kwaye yasekwa kweli lizwe, kunye nobuntu obusemthethweni obuzimeleyo;imveliso ezimeleyo, ukuthengisa kunye nenkonzo yezakhono zeemveliso ezinxulumeneyo kwishishini lebhetri ye-lithium-ion;Inkcitho ye-R&D ayikho ngaphantsi kwe-3% yengeniso yeshishini engundoqo yenkampani yonyaka, kwaye iinkampani zikhuthazwa ukuba zifumane amaziko e-R&D azimeleyo kwinqanaba lephondo okanye ngaphezulu kweziQinisekiso kumaziko obuchwepheshe okanye amashishini obuchwepheshe obuphezulu;ezona mveliso ziphambili zinamalungelo awodwa omenzi wechiza;esona siphumo sonyaka ophelileyo ngexesha lokubhengezwa asiyi kuba ngaphantsi kwe-50% yomthamo wemveliso waloo nyaka.
"Iimeko zomgangatho webhetri yeLithium-ion (2021)" ikwafuna ukuba iinkampani zamkele iteknoloji ephucukileyo, ukonga umbane, ukulungelelana kokusingqongileyo, ukhuseleko nozinzo, kunye neenkqubo zokuvelisa ezikrelekrele kakhulu kunye nezixhobo, kwaye zihlangabezane nezi mfuno zilandelayo: 1. Lithium-ion iinkampani ibhetri kufuneka babe Ukukwazi esweni ukufana electrode emva kokutyabeka, kunye nokuchaneka ulawulo electrode ukutyabeka ubukhulu nobude akukho ngaphantsi kwe 2μm kunye 1mm ngokulandelelanayo;kufuneka ibe neteknoloji yokumisa i-electrode, kwaye ukuchaneka kokulawula umxholo wamanzi akufanele kube ngaphantsi kwe-10ppm.2. Iinkampani zebhetri ye-lithium-ion kufuneka zibe namandla okulawula iimeko zokusingqongileyo ezifana nobushushu, ukufuma kunye nokucoceka ngexesha lenkqubo yokutofa;kufuneka babe nokukwazi ukubona iimvavanyo zangaphakathi ze-short-circuit high-voltage (HI-POT) kwi-intanethi emva kokuhlanganisa ibhetri.3. Amashishini ebhetri ye-Lithium-ion kufuneka abe namandla okulawula i-voltage yesiphaluka evulekileyo kunye nokuchasana kwangaphakathi kweeseli enye, kwaye ukuchaneka kokulawula akufanele kube ngaphantsi kwe-1mV kunye ne-1mΩ ngokulandelanayo;kufuneka babe nokukwazi ukujonga umsebenzi webhodi yokukhusela ipakethi yebhetri kwi-intanethi.
Ngokubhekiselele ekusebenzeni kwemveliso, "iMiqathango yeBattery yeLithium-ion yeShishini (uHlelo luka-2021)" yenze ezi mfuno zilandelayo:
(1) Iibhetri kunye neepakethi zebhetri
1. Uxinano lwamandla ebhetri yomthengi ≥230Wh/kg, uxinano lwamandla ebhetri ≥180Wh/kg, ipholima yomthamo webhetri yevolumu yoxinaniso lwamandla ≥500Wh/L.Ubomi bomjikelezo ≥500 amaxesha kwaye izinga lokugcinwa kwamandla ngu-≥80%.
2. Iibhetri zohlobo lwamandla zihlulwe zibe luhlobo lwamandla kunye nohlobo lwamandla.Phakathi kwazo, ubuninzi bamandla ebhetri enye yamandla kusetyenziswa izinto ze-ternary ngu-≥210Wh/kg, ubuninzi bamandla ebhetri ≥150Wh/kg;Uxinaniso lwamandla kwezinye iiseli zamandla omnye ngu-≥160Wh/kg, kwaye uxinano lwamandla ebhetri yi-≥115Wh/kg.Amandla oxinaniso lwamandla ebhetri enye yi-≥500W/kg, kunye noxinano lwamandla ebhetri epakishwe yi-≥350W/kg.Ubomi bomjikelezo ≥1000 amaxesha kwaye izinga lokugcinwa kwamandla ngu-≥80%.
3. Ubuninzi bamandla ohlobo logcino lwamandla ibhetri enye yi-≥145Wh/kg, kwaye uxinano lwamandla ebhetri yi-≥100Wh/kg.Ubomi bomjikelezo ≥ amaxesha angama-5000 kunye nesantya sokugcina umthamo ≥ 80%.
(2) Izinto zeCathode
Umthamo othile we-lithium iron phosphate ngu-≥145Ah/kg, umthamo othile wezinto ze-ternary ngu-≥165Ah/kg, umthamo othile we-lithium cobaltate ngu-≥160Ah/kg, kunye nomthamo othile we-lithium manganenate ngu-≥115Ah/kg.Ukufumana ezinye izikhombisi zentsebenzo ye-cathode, nceda ubhekiselele kwiimfuno ezingentla.
(3) I-anode material
Umthamo othile wekhabhoni (igraphite) ngu-≥335Ah / kg, umthamo othile wekhabhoni ye-amorphous yi-≥250Ah / kg, kunye nomthamo othile we-silicon-carbon ngu-≥420Ah / kg.Ukufumana ezinye izikhombisi zokusebenza kwe-electrode engalunganga, nceda ujonge ezi mfuno zingentla.
(4) I-diaphragm
1. Ukolula ukolula kwe-uniaxial: amandla e-longitudinal tensile ≥110MPa, amandla e-transverse tensile ≥10MPa, amandla okubhoboza ≥0.133N/μm.
2. Ukolula kwe-biaxial eyomileyo: amandla e-longitudinal tensile ≥100MPa, amandla e-transverse tensile ≥25MPa, amandla okubhoboza ≥0.133N/μm.
3. Ukumanzisa iindlela ezimbini zokolula: amandla e-longitudinal tensile ≥100MPa, amandla e-transverse tensile ≥60MPa, amandla okubhoboza ≥0.204N/μm.
(5) Electrolyte
Umxholo wamanzi ≤20ppm, umxholo we-hydrogen fluoride ≤50ppm, umxholo we-sodium ongcolileyo wesinyithi ≤2ppm, kunye nezinye izinto ezingcolileyo zetsimbi umxholo wento enye ≤1ppm.
Ixesha lokuposa: Dec-24-2021