Which battery will you choose to install in the car?

Now there are more and more car #batteries (power batteries) on the market. Judging from the #advantages and #disadvantages, which battery will you choose to install in the #car?

a. #Lithium iron phosphate #battery: Advantages: relatively low cost, good safety, good cycle life, good stability at high temperature; Disadvantages: poor process performance, unsatisfactory energy density; It is more suitable for car owners who have higher requirements on battery #cycle life; 1GWh=1000MWh

BYD’s #blade battery is a super lithium iron phosphate battery!

b. Lithium iron manganese phosphate battery: Advantages: As an upgraded product of lithium iron phosphate battery, the advantages are similar to lithium iron phosphate battery; Disadvantages: The addition of manganese does not increase the #energy density of the battery; the performance is also average in low temperature #environments.

c. Lithium cobalt oxide battery: good process performance and medium energy #density; Disadvantages: high cost, poor safety, average cycle life, and poor material stability. It is more suitable for personal consumer goods such as #mobile #phones and #tablets.

d. #Ternary lithium battery: Advantages: super high energy density, powerful output power, super low temperature performance; Cons: Poor security. The ternary lithium battery is more suitable for car owners who use various car environments and often drive by themselves;

Tesla’s 4680 battery belongs to the ternary lithium battery.

Welcome to leave a message.