1. Umthamo omkhulu. I-monomer inokwenziwa ibe yi-5Ah ~ 1000Ah, ngelixa ibhetri ye-lead-acid 2V monomer idla ngokuba yi-100Ah ~ 150Ah.

2. Ubunzima obulula. Umthamo ofanayo we-lithium iron phosphate ion umthamo webhetri yi-2/3 yomthamo weebhetri ze-lead-acid, ubunzima bokugqibela yi-1/3.

3. Ukutshaja ngokukhawuleza ukukwazi. I-Lithium-iron phosphate ion ibhetri iqala ngoku ukuya kuthi ga kwi-2C, ukuphumeza umlinganiselo omkhulu wokutshaja; ibhetri ye-lead-asidi yangoku iyafuneka ukuba ibe phakathi kwe-0.1C ~ 0.2C, ayikwazi ukufikelela ekusebenzeni kokutshaja ngokukhawuleza.

4. Ukhuseleko lokusingqongileyo. Iibhetri ze-lead-asidi zikhona ngobuninzi bentsimbi enzima, inkunkuma yolwelo, ngelixa iibhetri ze-ion ze-lithium ze-phosphate zingenazo naziphi na iintsimbi ezinzima, kwimveliso kunye nokusetyenziswa akungcoliseki.

5. Ukusebenza kweendleko eziphezulu. Nangona iibhetri ze-lead-acid ngenxa yezixhobo zayo ezincinci, iindleko zokufumana ziphantsi kuneebhetri ze-lithium-iron phosphate ion, kodwa ebomini benkonzo kunye nokugcinwa kwesiqhelo kwezoqoqosho kuphantsi kuneebhetri ze-lithium-iron phosphate ion. Iziphumo ezisebenzayo zesicelo zibonisa ukuba: iibhetri ze-lithium-ion iron phosphate zingaphezu kwamaxesha amane eendleko zokusebenza kweebhetri ze-lead-acid.

6. Ubomi obude. Ixesha lomjikelo webhetri ye-lithium-ion ye-iron phosphate ngamaxesha angaphezu kwama-2000, amaxesha omjikelo webhetri ye-lead-asidi adla ngokumalunga nama-300 ~ 350 amaxesha.

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