Ulwazi lwasekhaya: Isabelo esingu-94.2% sobuchwepheshe bokugcina amandla ebhethri ye-lithium-ion ngo-2022,
PSE,

▍ YiniPSEIsitifiketi?

I-PSE (Ukuphepha Komkhiqizo Kwezinto Ezisetshenziswa Kagesi Nezinto Zokusebenza) iwuhlelo lwesitifiketi oluyisibopho e-Japan. Kuphinde kubizwe ngokuthi 'Ukuhlola Ukuthobela' okuwuhlelo oluyimpoqo lokufinyelela emakethe ezintweni ezisebenza ngogesi. Isitifiketi se-PSE sakhiwe izingxenye ezimbili: i-EMC nokuphepha komkhiqizo futhi kuwumthetho obalulekile womthetho wokuphepha wase-Japan ezintweni zikagesi.

▍ Izinga Lokuqinisekisa lamabhethri e-lithium

Ukutolikwa kwe-METI Ordinance Yezimfuneko Zobuchwepheshe(H25.07.01)，Isithasiselo 9,Amabhethri esibili e-Lithium ion

▍Kungani i-MCM?

● Izakhiwo ezifanelekayo: I-MCM ifakwe izinsiza ezifanelekayo ezingafinyelela kuwo wonke amazinga okuhlola e-PSE kanye nokuhlolwa kokwenza okuhlanganisa ukujikeleza okufushane kwangaphakathi okuphoqelelwe njll. Isenza sikwazi ukunikeza imibiko yokuhlola eyenziwe ngokwezifiso ngefomethi ye-JET, TUVRH, ne-MCM njll. .

● Usekelo lwezobuchwepheshe: I-MCM inethimba elichwepheshile lonjiniyela bezobuchwepheshe abangu-11 abakhethekile kumazinga nemithetho yokuhlola ye-PSE, futhi iyakwazi ukunikeza imithetho nezindaba zakamuva ze-PSE kumakhasimende ngendlela enembile, ebanzi futhi esheshayo.

● Isevisi ehlukahlukene: I-MCM ingakhipha imibiko ngesiNgisi noma ngesi-Japanese ukuze ihlangabezane nesidingo samakhasimende. Kuze kube manje, i-MCM isiqedele amaphrojekthi we-PSE angaphezu kuka-5000 kumakhasimende esewonke.

Iphini lomqondisi woMnyango Wezokongiwa Amandla kanye Nezesayensi Nobuchwepheshe Izinsiza Zokuphatha Kazwelonke Zamandla Muva nje uthe esithangamini sabezindaba, mayelana nesabelo sobuchwepheshe obusha obufakiwe bokugcina amandla ngo-2022, ubuchwepheshe bokugcina amandla ebhethri ye-lithium-ion babalelwa ku-94.2 %, isesikhundleni sokubusa ngokuphelele. Isitoreji samandla esicindezelwe esisha somoya, ubuchwepheshe bokugcina amandla ebhethri agelezayo bubalwa ku-3.4% no-2.3% ngokulandelana. Ngaphezu kwalokho, i-flywheel, amandla adonsela phansi, i-sodium ion kanye nobunye ubuchwepheshe bokugcina amandla nakho kungene esigabeni sokubonisa ubunjiniyela.Muva nje, Iqembu Elisebenza Ngamazinga Ebhethri Le-Lithium-ion kanye Nemikhiqizo Efanayo likhiphe isinqumo se-GB 31241-2014 / GB 31241-2022, ukucacisa incazelo yebhethri yesikhwama, okungukuthi, ngaphezu kwefilimu yendabuko ye-aluminium-plastic amabhethri, amabhethri enziwe ngensimbi (ngaphandle kwesilinda, amaseli wezinkinobho) lawo mandla wegobolondo angeqi ku-150μm nawo angabhekwa njengamabhethri esikhwama. Lesi sinqumo sikhishwe ikakhulukazi ngenxa yalokhu okucatshangelwayo okubili okulandelayo.Ngomhla zingama-28 kuZibandlela, 2022, iwebhusayithi esemthethweni ye-METI yase-Japan yakhipha isimemezelo esibuyekeziwe se-Appendix 9. I-Appendix 9 entsha izobhekisela ezimfuneko ze-JIS C62133-2:2020, okusho ukuthi isitifiketi se-PSE ibhethri lesibili le-lithium lizovumelana nezimfuneko ze-JIS C62133-2:2020. Kunenkathi yoshintsho yeminyaka emibili, ngakho abafake izicelo basengafaka isicelo senguqulo endala yoHlelo 9 kuze kube umhla ka-28 Disemba 2024.