Ibhetri ye-Lithium ye-phosphate ye-phosphate (i-worpo4), ekwabizwa ngokuba yibhetri ye-LFP, yibhetri ye-lithium enokuphinda isebenze. Ziqulathe i-lithium ye-inyibilium phosphate choto kunye nekhabhoni ye-anode. Iibhetri ze-Wildpo4 zaziwa ngokuba nzima kwabo amandla aphezulu, ubomi obude kunye nokuzinza okugqibeleleyo kwengqondo. Ukukhula kwimakethi ye-LFP kuqhutywa yimfuno eqinileyo yezixhobo ezinamandla zebhetri. Inguqu evela kumandla aqhelekileyo Ukuvelisa amandla ahlaziyiweyo kuvulele uluhlu olubanzi lwamathuba entengiso ye-Lithium ye-phosphate yebhetri. Nangona kunjalo, umngcipheko onxulunyaniswa nokuchithwa kweebhetri ezisetyenzisiweyo zeLithium ziye zaphazamisa ukukhula kwemarike kwiminyaka yakutshanje kwaye kulindeleke ukuba bakwazi ukuyeka ukukhula kwemakethi.
Ngokusekwe kumthamo, i-Lithium ye-inyibilium ye-phosphate yebhetri yahlulwe yangu-0 -6,250mah, abangama-50,00150ma, kunye ne-100,001540mah. I-50,001 yee-30,000 mahtlees kulindeleke ukuba ikhule ngeyona qanda iphezulu kwisithuba sexesha lemozulu. Ezi bheli zisetyenziswa kumashishini afuna amandla aphezulu. Izicelo eziphambili zibandakanya izithuthi zombane, kwizithuthi ze-hybrid, izixhobo zokugcina amandla, ukugcinwa kombane, ukucocwa kombane, i-golf, i-valuum, i-valuum, i-SOREN, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, i-Sourf, iSoftware, iSoftware. Iindidi zebhetri ezisetyenziselwa ezi zicelo ziphezulu zibandakanya i-lithium ye-inyibilium phosphate, i-lithium manganate, i-lithium manganate, kunye ne-nikium manganese coult, ezinye zenziwa kwimodyuli yemodyuli. Ukongeza kwiifom zemodyuli, ezinye iifom zibandakanya ii-polymers, iiprosmtics, iinkqubo zokugcina amandla, kunye neebhetri ezinokuphinda zifumaneke.
Ingxelo ihlulahlula intengiso ye-lithium ye-phosphate ye-phosphate yebhetri kumacandelo amathathu asekwe kwi-voltage: i-voltage ephantsi (i-12v), i-12V ephakathi (nge-12 ukuya kwi-12-36V) kunye ne-36V. Isahlulo se-voltage ephezulu kulindeleke ukuba selona candelo likhulu ngexesha lexesha lokuqikelela. Ezi bheries zevoluri eziphakamileyo zisetyenziselwa ukuhambisa izithuthi ezinzima, izicelo zomizi, i-backup ye-overk, iinkqubo zokugcina amandla, ii-microgrids, ii-jargrids, iinkqubo zomkhosi, umkhosi, umkhosi, umkhosi kunye nezicelo zomkhosi. Iibhetri azinakwenziwa kwiseli enye, ngoko ke imodyuli iyafuneka, ngamanye amaxesha i-uthotho lemodyuli, izikhongozeli zamandla, njl. Ukugxila okwandisiweyo kokuzinza kunye nokungeniswa kwezithuthi zombane kulindeleke ukuba kube nefuthe ekwe-olwamkelwe kwezi zibhetele, ngaloo ndlela zikhulisa ibango.
Umda we-Asia-Pacific kulindeleke ukuba ibe yeyona ntengiso inkulu ye-lithium yenyibiliki ye-phosphatele ngexesha lexesha lokuqikelela. Umda we-Asia-Pacic ubandakanya uqoqosho oluphambili njenge China, eIndiya, eJapan, eMzantsi Korea kunye neminye imimandla ye-Asia-Pacic. I-Lithium I-Iron I-phosphate inamandla amakhulu kwizicelo ezininzi. Kwiminyaka yakutshanje, lo mmandla ube sisiseko somzi-mveliso wemoto. Uphuhliso lwezibonelelo lwamva lwamva kunye nemisebenzi yokhuselo kwezorhwebo kuqoqosho oluvelayo luvule iindlela ezintsha kunye namathuba e-og. Ukongeza, ukunyuka kwamandla okuthenga kwabantu kukhuthaza imfuno yeemoto, eza kuba yindawo yokuqhuba emva kokukhula kwemakethi yebhetri ye-lisphate phosphate. Umda we-Asia-Pacific unobukho obubalulekileyo kushishino lwebhetri yeLithium-ion ngokubhekisele kwimveliso yebhetri kunye nemfuno. Amazwe awahlukeneyo, ngakumbi iChina, eSouth Korea, neJapan, abavelisi abaziintloko zeLithium-ion babheteri. La mazwe anemizi-mveliso yebhetri entle enezixhobo ezinkulu zemveliso eziqhutywa ziibhetri zisetyenziswa kwizicelo ezahlukeneyo kubandakanya nezithuthi zombane, iinkqubo zokugcina i-elektroniki kunye neenkqubo zokugcina i-elektroniki kunye neenkqubo zokugcina i-elektroniki kunye nezamandla.
I-Post Ixesha: IJUL-28-2023
