Iibhetri zeLithium-ion kwiiNkqubo zokuGcina amandla ziya kuhlangabezana neeMfuno ze-GB / T 36276,
PSE,

▍ YintoniPSEIsiqinisekiso?

PSE(UKhuseleko lweMveliso yesiXhobo soMbane kunye neMathiriyeli) yinkqubo yoqinisekiso olunyanzelekileyo eJapan. Ikwabizwa ngokuba 'UHlolo lokuThobela' olusisixokelelwano esisisinyanzelo sokufikelela kwimarike kwisixhobo sombane. Isatifikethi se-PSE senziwe ngamacandelo amabini: i-EMC kunye nokhuseleko lwemveliso kwaye ikwangummiselo obalulekileyo womthetho wokhuseleko waseJapan kwisixhobo sombane.

▍Umgangatho weSatifikethi seebhetri ze-lithium

Utoliko lwe-METI Ordinance yeeMfuno zobuGcisa (H25.07.01), iSihlomelo 9, iibhetri zesekondari zeLithium ion

▍Kutheni i-MCM?

● Amaziko afanelekileyo: I-MCM ixhotyiswe ngamaziko afanelekileyo anokuthi afikelele kuyo yonke imigangatho yovavanyo lwe-PSE kunye novavanyo lokuqhuba olubandakanya ukunyanzeliswa kwesiphaluka esifutshane sangaphakathi njl. .

● Inkxaso yobugcisa: I-MCM ineqela leenjineli ze-11 zobuchwephesha ezikhethekileyo kwimigangatho yokuvavanya i-PSE kunye nemimiselo, kwaye iyakwazi ukubonelela ngemigaqo ye-PSE yamva nje kunye neendaba kubaxhasi ngendlela echanekileyo, ebanzi kwaye ekhawulezayo.

● Inkonzo eyohlukeneyo: I-MCM inokukhupha iingxelo ngesiNgesi okanye ngesiJapan ukuhlangabezana neemfuno zabaxumi. Ukuza kuthi ga ngoku, i-MCM igqibe ngaphezulu kwama-5000 eeprojekthi ze-PSE kubathengi bebonke.

Ngomhla wama-21 kweyeSilimela ngo-2022, iwebhusayithi yoMphathiswa weZindlu waseTshayina kunye noPhuhliso lwaseziDolophini-maPhandle ikhuphe iKhowudi yoYilo lweSikhululo sokuGcinwa kwaMandla e-Electrochemical (Eyiyilwayo yamagqabantshintshi). Le khowudi yabhalwa yiChina Southern Power Grid Peak kunye neFrequency Regulation Power Generation Co.,Ltd. kunye nezinye iinkampani, eziququzelelwe nguMphathiswa weZindlu noPhuhliso lweDolophu-maPhandle. Umgangatho ujonge ukusetyenziswa kuyilo lwesikhululo esitsha, esandisiweyo okanye esilungisiweyo esimileyo sokugcina amandla e-electrochemical esinamandla angama-500kW kunye nomthamo wama-500kW·h nangaphezulu. Ngumgangatho wesizwe osisinyanzelo. Umhla wokugqibela wezimvo nguJulayi 17, 2022.
Umgangatho uncoma ukusebenzisa i-lead-acid (lead-carbon) iibhetri, iibhetri ze-lithium-ion kunye neebhetri zokuhamba. Kwiibhetri ze-lithium, iimfuno zimi ngolu hlobo lulandelayo (ngokwezithintelo zokujonga le nguqulo, kuphela iimfuno eziphambili zidweliswe):
1. Iimfuno zobugcisa beebhetri ze-lithium-ion ziya kuhambelana nomgangatho wangoku welizwe jikelele iibhetri zeLithium-ion ezisetyenziswa kwi-Power Storage GB/T 36276 kunye nomgangatho wangoku woshishino lweNgcaciso yoBugcisa kwiiBattery zeLithium-ion ezisetyenziswa kwi-Electrochemical Energy Storage Station NB/T 42091-2016.