Ibhetri ye-Lifepo4 ifumana amandla, "Iyogqitha ngokupheleleyo" ibhetri yeNCM

Ngo-2021, uphononongo lwemveliso kunye nokulayishwa kwe-lithium iron phosphate: Enyanisweni, ngokwembono yemveliso yodwa,lithium iron phosphate ibhetriuzuze ukugqwesa kweibhetri ye-ternaryngoMeyi kulo nyaka.Ngaloo nyanga, ukuveliswa kweebhetri ze-lithium iron phosphate kwakuyi-8.8GWh, i-akhawunti ye-63.6% yesiphumo esipheleleyo;imveliso yeebhetri ze-ternary ibe yi-5.0GWh, ibalelwa kwi-36.2% yesiphumo sisonke.Le yaba yinyanga apho imveliso yenyanga ye-lithium iron phosphate iibhetri igqithise ibhetri ye-ternary okokuqala kule minyaka mithathu idlulileyo.Kwaye ngaloo nyanga, imveliso yonyaka eyongezelekayo yeebhetri ze-lithium iron phosphate yagqitha ibhetri ye-ternary okokuqala, kunye nemveliso ye-29.4GWh kunye ne-29.9GWh ukususela ngoJanuwari ukuya kuMeyi, ngokulandelelanayo.Ukususela kwi-2018 ukuya kwi-2020, imveliso yonyaka yeebhetri ze-lithium iron phosphate yasekhaya iphantsi kuneebhetri ze-ternary.Ukususela ngoJuni ukuya ku-Agasti, imveliso yeebhetri ze-lithium iron phosphate igqithise ibhetri ye-ternary kwiinyanga ezine ezilandelelanayo, kwaye isithuba phakathi kwezi zibini sandiswa ngakumbi, kunye nesabelo semarike ye-56.9% kunye ne-42.9%, ngokulandelanayo.Ukuza kuthi ga ngoku, isabelo semarike yeebhetri ze-lithium iron phosphate sigqithile eso seebhetri ze-ternary phantse nge-14%.

Ukususela ngoJanuwari ukuya ku-Agasti, inani elipheleleyo leebhetri ze-lithium iron phosphate laliyi-58.1GWh, libalelwa kwi-52.1% yesiphumo esipheleleyo, ukunyuka kwe-301.8% ngonyaka;imveliso eyongezelekayo yeebhetri zeternary ibe yi-53.2GWh, ithatha i-47.7% yesiphumo sisonke, ukonyuka konyaka ngonyaka nge-137.2%.Oku kuthetha ukuba ngokwemveliso, iibhetri ze-lithium iron phosphate ziye zadlula iibhetri ze-lithium ze-ternary ngokwevolumu kunye nokukhula konyaka.Ngokugqwesa kwemveliso, umlinganiselo weebhetri ze-lithium iron phosphate ezifakwe kwizithuthi zibonise ukunyuka okunyukayo ukususela ngoMeyi, kwaye ngoJulayi idlula iibhetri ze-ternary ze-lithium kwi-swoop enye.

Imbuyekezo enamandla yeebhetri ze-lithium iron phosphate ngeli xesha ayinakuhlukaniswa kwiinzuzo zayo ezimbini ezinkulu, enye yindleko yokusebenza, kwaye enye ikhuselekile.

Kwixesha elidlulileyo, i-lithium iron manganese phosphate yayilinganiselwe ngokusebenza kwayo okuphantsi kombane kunye nokusebenza kwezinga, kwaye inkqubo yokuthengisa yayicotha.Ngokuqhubela phambili kobuchwephesha bokuguqulwa okufana ne-carbon coating, i-nanotechnology, kunye ne-lithium yokongeza iteknoloji, ukuqhuba kwayo kuye kwaphuculwa kwinqanaba elithile, kwaye inkqubo ye-industrialization ye-lithium iron manganese phosphate sele iqalile ukukhawuleza.Okwangoku, i-lithium iron manganese phosphate isekwinqanaba lokuqala loshishino, kwaye sele kukho iibhetri ze-lithium iron manganese phosphate ezisetyenziswa kwiimoto ezinamavili amabini.Kwixesha elizayo, njengoko itekhnoloji ikhula ngokuthe ngcembe, kulindeleke ukuba itshintshweiibhetri zamandla.