Ii-FAQs

Ibhetri yeLithium-ion yibhetri egcwalisekayo, esebenza ngokuhamba kwee-ion ze-lithium phakathi kwee-electrode ezilungileyo kunye nezingalunganga.Ngethuba lokutshaja, i-Li + ifakwe kwi-electrode efanelekileyo, ifakwe kwi-electrode engafanelekanga nge-electrolyte, kwaye i-electrode engafanelekanga ikwimeko ecebileyo ye-lithium;ngexesha lokukhupha, okuchaseneyo kuyinyaniso.

Ibhetri ye-lithium-ion isebenzisa i-lithium iron phosphate njengesixhobo se-electrode efanelekileyo, siyibiza ngokuba yi-lithium iron phosphate ibhetri.

Ibhetri ye-Lithium iron phosphate (LiFePO4/LFP) ibonelela ngeenzuzo ezininzi xa kuthelekiswa nenye ibhetri ye-lithium kunye nebhetri ye-asidi ekhokelayo.Ubomi obude, ukugcinwa kwe-zero, kukhuselekile kakhulu, kukhaphukhaphu, ukutshaja ngokukhawuleza, njl njl. imarike.

1. IKHUSELEKILEYO: I-PO bond kwi-lithium iron phosphate crystal izinzile kwaye kunzima ukubola.Nangona kwiqondo lokushisa eliphezulu okanye ukugqithiswa, ayiyi kudilika kwaye ivelise ubushushu okanye yenze izinto ezinamandla ze-oxidizing, ngoko inokhuseleko oluhle.
2. Ixesha elide lobomi: Umjikelo wobomi beebhetri ze-lead-asidi malunga namaxesha angama-300, ngelixa umjikelo wobomi beebhetri zamandla e-lithium iron phosphate ungaphezu kwamaxesha angama-3,500, ubomi bethiyori bumalunga neminyaka eli-10.
3. Ukusebenza kakuhle kwiqondo lokushisa eliphezulu: Uluhlu lweqondo lokushisa olusebenzayo luyi-20 ℃ ukuya ku-75 ℃, ngokuxhathisa ubushushu obuphezulu, i-peak yokufudumala yombane ye-lithium iron phosphate inokufikelela kwi-350 ℃-500 ℃, iphezulu kakhulu kune-lithium manganate okanye i-lithium cobaltate. 200℃.
4. Umthamo omkhulu Uthelekiswa nebhetri yeLead acid, iLifePO4 inomthamo omkhulu kuneebhetri eziqhelekileyo.
5. Akukho nkumbulo: Kungakhathaliseki ukuba yintoni ibhetri ye-lithium iron phosphate, ingasetyenziswa nangaliphi na ixesha, akukho nkumbulo, okungafunekiyo ukuyikhupha ngaphambi kokutshaja.
6. Ubunzima bokukhanya: Xa kuthelekiswa nebhetri ye-lead-acid enomthamo ofanayo, i-VOLUME ye-lithium iron phosphate ibhetri yi-2/3 yebhetri ye-lead-acid, kwaye ubunzima yi-1/3 yebhetri ye-lead-acid.
7. Imeko-bume enobubele: Akukho zintsimbi ezinzima kunye neentsimbi ezinqabileyo ngaphakathi, ezingenatyhefu, akukho ngcoliseko, kunye nemithetho ye-ROHS yaseYurophu, ibhetri ye-lithium iron phosphate ithathwa ngokuba ihambelana nokusingqongileyo.
8. Ukukhutshwa ngokukhawuleza kwangoku: I-lithium iron phosphate ibhetri inokuhlawulwa ngokukhawuleza kwaye ikhutshwe ngokuphezulu kwe-2C.Ngaphantsi kweshaja ekhethekileyo, ibhetri inokuhlawulwa ngokupheleleyo ngaphakathi kwemizuzu ye-40 ye-1.5C ukutshaja, kwaye isiqalo sangoku sinokufikelela kwi-2C, ngelixa ibhetri ye-lead-acid ayinayo le ntsebenzo ngoku.

Ibhetri ye-LiFePO4 lolona hlobo lukhuselekileyo lwebhetri ye-lithium.Itekhnoloji esekelwe kwi-Phosphate inozinzo oluphezulu lwe-thermal kunye neekhemikhali ezibonelela ngeempawu ezingcono zokhuseleko kunezo zeteknoloji yeLithium-ion eyenziwe ngezinye izinto ze-cathode.Iiseli ze-lithium phosphate azinakutsha xa ziphathwa kakubi ngexesha lokuhlawuliswa okanye ukukhutshwa, zizinzile phantsi kweemeko ezigqithisiweyo okanye ezimfutshane kwaye ziyakwazi ukumelana nokushisa okuphezulu.I-LifePO4 inobushushu obuphezulu kakhulu be-thermal ebalekayo xa ithelekiswa nezinye iindidi ezimalunga ne-270℃ xa kuthelekiswa nophantsi njenge-150℃.I-LiFePO4 yomelele ngakumbi kwiikhemikhali xa ithelekiswa nezinye izinto ezahlukeneyo.

I-BMS imfutshane kwiNkqubo yoLawulo lweBattery.I-BMS inokubeka iliso kwimeko yebhetri ngexesha lokwenyani, ilawule iibhetri zamandla ebhodini, iphucule ukusebenza kakuhle kwebhetri, ithintele ukugcwala kwebhetri kunye nokuphuma ngaphezulu, ukuphucula ubomi bebhetri.

Umsebenzi ophambili we-BMS kukuqokelela idatha efana nombane, ubushushu, okwangoku, kunye nokumelana nenkqubo yebhetri yamandla, emva koko uhlalutye imeko yedatha kunye nemeko yokusetyenziswa kwebhetri, kwaye ubeke iliso kwaye ulawule inkqubo yokutshaja kunye nokukhupha ibhetri.Ngokomsebenzi, sinokuhlula imisebenzi ephambili ye-BMS kuhlalutyo lwemeko yebhetri, ukhuseleko lokhuseleko lwebhetri, ulawulo lwamandla ebhetri, unxibelelwano kunye nokuxilongwa kwempazamo, njl.

2, SEBENZISA IINGCEBISO NENKXASO
Ingaba ibhetri yeLithium inokufakwa kuyo nayiphi na indawo?
Ewe, njengoko kungekho lulwelo kwibhetri ye-lithium, kwaye ikhemistri yomelele, ibhetri inokufakwa kulo naliphi na icala.