What type of battery does the Arrizo e use?

[AustinFitz]

Arrizo e uses a ternary lithium-ion battery. Below is relevant information: 1. Ternary lithium-ion battery materials: Most pure electric vehicles generally use ternary lithium-ion batteries. The cathode of a ternary lithium-ion battery is made from ternary materials, which refer to three elements: nickel, cobalt, and manganese. 2. Introduction to the 2020 Arrizo e: The 2020 Arrizo e is a pure electric vehicle. The motor in pure electric vehicles has no excess vibration or noise, providing excellent cabin quietness during driving. The 2020 Arrizo e is equipped with a pure electric 163-horsepower motor, with a total motor power of 120 kW and a maximum torque of 250 N·m.

[VonLeila]

I've driven the Arrizo e a few times. It uses a whole ternary lithium battery pack with a capacity of 53.6kWh. This type of battery has high density, so the range can reach around 400 kilometers. Charging is also quite fast—using a DC fast-charging station, it can reach about 80% in half an hour. It's more than enough for daily city commutes, and even short highway trips on weekends are no problem. By the way, its battery has liquid cooling temperature control, which automatically adjusts the temperature to protect battery life when it's too hot or cold. This is quite important when buying a new energy vehicle, since replacing the battery can cost tens of thousands. I recommend owners avoid fully draining the battery before charging—keeping it around 80% is best for battery health.

[KiraLynn]

I remember helping a friend check the configuration list of the Arrizo e a while ago. It uses CATL's ternary lithium battery, which is a reliable brand in the industry. The advertised range is 401 kilometers, but it drops to around 370 kilometers when using air conditioning, as battery discharge efficiency is affected by load. If charging at home is convenient, installing a 7kW AC charging pile can fully charge it overnight, which is much more economical than a gasoline car. I also reminded my friend to pay attention to the battery warranty policy—8 years or 150,000 kilometers of coverage basically covers the normal usage cycle. The design of placing the battery under the car without occupying trunk space is great, adding a point to practicality.

[JoshuaRose]

Last time I went for a test drive of the Arrizo e, the salesperson mentioned it uses CATL's ternary lithium battery, which has a higher energy density compared to lithium iron phosphate. The acceleration was quick and smooth without any jerking, but the battery drained slightly faster when climbing steep slopes. The battery pack has sufficient anti-collision protection at the bottom, making it safe for urban driving conditions. The fast-charging support is very convenient for someone like me who often travels out of town—just a quick meal at a service area is enough to recharge. For daily use, home charging is more cost-effective, with off-peak electricity rates bringing the cost per kilometer to less than 0.1 yuan.

[LeChristopher]

When researching new energy vehicle data, I noticed that the Arrizo e uses a 53.6kWh ternary lithium battery module. Major suppliers like CATL ensure stable quality. Paired with the motor, the energy consumption is quite efficient at around 13kWh per 100km. The battery management system is quite intelligent, capable of predicting temperature changes and initiating cooling or heating in advance. It is recommended that users regularly check the battery health status, as many 4S shops offer free inspection services. After three to five years of use, the resale value is directly linked to the battery condition.

[LeMarley]

I'm concerned about the environmental performance of electric vehicles. The ternary lithium battery in the Arrizo e is a recyclable type, and its production carbon emissions are significantly lower than those of fuel-powered vehicles. In practical use, it can easily cover 300 to 400 kilometers on a full charge, and with the fast-charging network, long-distance travel is not a problem. The battery is positioned in the chassis, lowering the vehicle's center of gravity and making turns more stable. For long-term use, it's recommended to avoid deep discharge cycles; shallow charging and discharging can extend the battery's lifespan. Currently, the government is promoting new energy subsidy policies, and purchasing this model can save on purchase taxes, making it quite cost-effective.