Ibhethri le-Lifepo4 liyakhula, “Liyedlula” Ngokugcwele Ibhethri le-NCM

Ngo-2021, ukubuyekezwa kokukhiqizwa nokulayishwa kwe-lithium iron phosphate: Eqinisweni, ngokombono wokuphuma kuphela,ibhethri ye-lithium iron phosphateuzuze ukudlulaibhethri le-ternaryngoMeyi kulo nyaka.Ngaleyo nyanga, ukukhishwa kwamabhethri e-lithium iron phosphate kwaba ngu-8.8GWh, okubalelwa ku-63.6% wesamba esiphelele;okuphumayo kwamabhethri e-ternary kwaba ngu-5.0GWh, okubalelwa ku-36.2% wesamba esikhishwe.Lokhu kube yinyanga lapho ukukhishwa kwanyanga zonke kwamabhethri e-lithium iron phosphate kwedlula okwamabhethri e-ternary okokuqala ngqa eminyakeni emithathu edlule.Futhi ngaleyo nyanga, ukuqoqwa konyaka okuphumayo kwamabhethri e-lithium iron phosphate kweqa ibhethri le-ternary okokuqala ngqa, ngokukhipha okungu-29.4GWh no-29.9GWh kusukela ngoJanuwari kuya kuMeyi, ngokulandelana.Kusukela ngo-2018 kuya ku-2020, umkhiqizo wonyaka wamabhethri we-lithium iron phosphate wasekhaya uphansi kunalowo wamabhethri e-ternary.Kusukela ngoJuni kuya ku-Agasti, ukukhishwa kwamabhethri e-lithium iron phosphate kudlule amabhethri e-ternary izinyanga ezine zilandelana, futhi igebe phakathi kokubili laphinde landiswa, ngesabelo semakethe sika-56.9% no-42.9%, ngokulandelana.Kuze kube manje, isabelo semakethe samabhethri e-lithium iron phosphate sesidlule leso samabhethri e-ternary cishe ngo-14%.

Kusukela ngoJanuwari kuya ku-Agasti, inani eliphelele lamabhethri e-lithium iron phosphate lalingu-58.1GWh, libalelwa ku-52.1% womkhiqizo ophelele, ukwanda okuhlanganisiwe kwe-301.8% unyaka nonyaka;okuphumayo okuhlanganisiwe kwamabhethri e-ternary kwaba ngu-53.2GWh, okubalelwa ku-47.7% wesamba esiphumayo, okuwukukhuphuka konyaka nonyaka ngo-137.2%.Lokhu kusho ukuthi mayelana nokuphumayo, amabhethri e-lithium iron phosphate adlule amabhethri e-ternary lithium ngokwevolumu nokukhula konyaka nonyaka.Ngokudlula kokukhiqizwa, ingxenye yamabhethri e-lithium iron phosphate afakwe ezimotweni nawo akhombise ukukhuphuka enyuka kusukela ngoMeyi, kwathi ngoJulayi adlula amabhethri e-lithium e-ternary ngesikhathi esisodwa.

Ukubuya okunamandla kwamabhethri e-lithium iron phosphate ngalesi sikhathi akuhlukaniseki ezinzuzweni zayo ezimbili ezinkulu, enye iwukusebenza kwezindleko, kanti enye iwukuphepha.

Esikhathini esedlule, i-lithium iron manganese phosphate yayinqunyelwe ukusebenza kwayo okuphansi kukagesi nokusebenza kwezinga, futhi inqubo yokuthengisa yayihamba kancane.Ngokuthuthukiswa kobuchwepheshe bokuguqulwa obufana ne-carbon coating, i-nanotechnology, kanye ne-lithium supplement technology, ukuqhutshwa kwayo kuye kwathuthukiswa ngezinga elithile, futhi inqubo yezimboni ye-lithium iron manganese phosphate isiqalile ukusheshisa.Njengamanje, i-lithium iron manganese phosphate isesigabeni sokuqala sokukhula kwezimboni, futhi asevele akhona amabhethri e-lithium iron manganese phosphate asetshenziswa ezimotweni ezinamasondo amabili.Ngokuzayo, njengoba ubuchwepheshe bukhula kancane kancane, kulindeleke ukuthi bushintshweamabhethri amandla.