EV Battery
Electric vehicle (EV) batteries are developed through lots of individual lithium-ion-connected cells. Moreover, the batteries are also composed of some metal elements that include nickel, cobalt, and carbon. Every element can contribute to producing high electric current, making the battery work on power.
EV Battery
Thinpack electric vehicle batteries are versatile. That is because 80% of its structural components are recyclable. Indications are made that when the battery’s life cycle ends, this can be taken to separate raw materials to be used again. Furthermore, compared with typical rechargeable batteries, EV batteries have excellent energy densities.
By Voltage
-
96V EV BATTERY -
144V EV BATTERY -
300V EV BATTERY -
345V EV BATTERY -
350V EV BATTERY -
400V EV BATTERY
APPLICATION SCENARIOS
Electrical Vehicle Battery Voltage
In EV batteries, per individual cell, composed of it operates from a 3.1 to 4.2 voltage range.
Consequently, in the state of 198 approximated cells for an 800-V nominal system, the overall voltage is measured ranging from 610V to 835V.
Advantages
- Extremely silent
- 0% emissions when driving
- Gearbox unlocked
- Driving is simple and enjoyable.
- Run efficiently for little cost
- Less expensive maintenance
- Efficient in regard to taxes
Electric Vehicles Battery Capacity
EV battery capacity is measured in kWh (Kilowatt hours).
The typical capacity is about 40 kWh, however, some newer vehicles can hold up to 100 kWh.
The Weight of an EV Battery
The normal weight of an EV battery is 1,000 pounds. The weight of some batteries exceeds 2,000 pounds.
But the weight depends on the size and type of the battery.
FAQ
How Long Will an EV Battery Last?
An electric vehicle battery has a warranty that lasts for at least 10 to 20 years.
Which Battery Works Best for EVs?
- Lithium-ion Batteries
These kinds of lithium-ion batteries are typically found in plug-in hybrids and all-electric vehicles.