Imveliso yehlabathi yeiibhetri ze-lithiumizixhobo zombane ziya kufikelela kwi-4.93 yebhiliyoni ngo-2025

Khokela:Amanani asuka kwiphepha elimhlophe abonisa ukuba ukuthunyelwa kwehlabathi jikelele kweebhetri ze-lithium-ion ezikwizinga eliphezulu zezixhobo zamandla ziya kufikelela kwi-2.02 yeebhiliyoni zeeyunithi ngo-2020, kwaye le datha kulindeleke ukuba ifikelele kwi-4.93 yeebhiliyoni zeeyunithi ngo-2025. Iphepha elimhlophe lihlalutya ukuba eyona nto iphambili isizathu sokwanda kokuthunyelwa kweiibhetri ze-lithium-ionizixhobo zamandla kukwanda komlinganiselo wezixhobo zamandla ezingenazintambo kwihlabathi jikelele kunye nokutshintshwa komyinge omkhulu weebhetri zenickel-hydrogen.iibhetri ze-lithium.

Emva kokukhutshwa “kwePhepha leNgcaciso yoMgaqo-nkqubo woPhuhliso loShishino lweSixhobo saMandla saseTshayina (2021)” liziko lophando i-EVTank, iZiko le-Ivy loPhando lwezoQoqosho kunye neTshayina.IbhetriIziko loPhando kuShishino ngoMatshi walo nyaka, “iPhepha leNgcaciso yoMgaqo-nkqubo woPhuhliso loShishino lwaseTshayina lweCylindrical Lithium-ion Battery (2021)”.Kwiphepha elimhlophe, izinga eliphezuluiibhetri ze-lithium-ion zecylindricalizixhobo zamandla yenye yeendawo zayo eziphambili zophando.Amanani asuka kwiphepha elimhlophe abonisa ukuba ukuthunyelwa kwempahla kwihlabathi jikeleleiibhetri ze-lithium-ion eziphezulu fokanye izixhobo zamandla ziya kufikelela kwi-2.02 yeebhiliyoni zeeyunithi kwi-2020, kwaye le datha kulindeleke ukuba ifike kwi-4.93 yeeyunithi zebhiliyoni ngo-2025. Iphepha elimhlophe lihlalutya ukuba esona sizathu siphambili sokwanda kokuthunyelwa kwe-lithium-ioniibhetriizixhobo zamandla kukwanda komlinganiselo wezixhobo zamandla ezingenazintambo kwihlabathi jikelele kunye nokutshintshwa komyinge omkhulu weebhetri zenickel-hydrogen.iibhetri ze-lithium.

Iphepha elimhlophe lihlalutya isiseko semveliso yebhetri yesixhobo samandla kwiinkampani zaseTshayina kunye neenkampani zaseJapan kunye neKorea.Izibalo zephepha elimhlophe zibonisa ukuba iimveliso eziphezulu zezixhobo zamandla kwiinkampani zaseTshayina zigxininiswe kakhulu kwi-1.5AH kunye ne-2.0Ah, apho i-2.0AH ibalelwa malunga ne-74%, ezinye iinkampani ziqalise ukuvelisa ubukhulu be-2.5AH ephezulu- iimveliso rate, kodwa umlinganiselo usephantsi.Ngokwenene akukho 3.0AH kunye neemveliso ze-21700 zisetyenziselwa kwintsimi yezixhobo zamandla, kwaye ezinye iinkampani zisenkqubo yophando kunye nophuhliso;Iinkampani zaseJapan nezaseKorea zijolise ikakhulu kwi-2.5AH, kwaye iimveliso ze-1.5AH azithunyelwanga, kwaye inyathelo elilandelayo liya kulahla ngokuthe ngcembe iimveliso ze-2.0AH.Inguqu ukuya21700iimveliso kunye ne-3.0AH kunye nomthamo ophezulu.

Ukusuka kwimbono yesixhobo esikhulu samandlaibhetri ephezuluiinkampani, iSDI ibekwe kwindawo yokuqala ngesabelo semarike esingama-36.1% ngo-2020. Iinkampani zaseTshayina ezimelwe yi-Tianpeng kunye ne-Yiwei Lithium Energy zingene kwizigebenga zamazwe ngamazwe ezifana ne-TTI, i-Bosch, kunye ne-SB&D.Ukuthunyelwa kwempahla nako kunyuke kakhulu, kubekwe kwindawo yesibini neyesithathu kwihlabathi jikelele.Ukongeza, ezinye iinkampani zasekhaya ezibandakanya i-Lishen, i-BAK, i-Penghui, njl.Kulindeleke ukuba ukuthunyelwa kwazo nazo zikhule ngokukhawuleza.Ukongeza, kukho inani elikhulu leenkampani zasekhaya eTshayina.Iinkampani zebhetri ze-cylindrical zenqanaba lesithathu kunye nesine zinempahla eninzi yokuthunyelwa kwintsimi yezixhobo zamandla.

Ukuze ufumane ulwazi oluthe kratya malunga nezixhobo zamandla kunye neebhetri ze-cylindrical ze-lithium-ion eziphezulu, nceda ubhekisele kwi-“White Paper kuPhuhliso lweSixhobo seSixhobo saseTshayina (2021)” kunye “nePhepha leNgcaciso yoMgaqo-nkqubo woPhuhliso lwaseTshayina.Cylindrical Lithium-ion IbhetriIshishini (2021)” likhutshwe yi-arhente.