Replacement lead acid

1. High energy density, small size, and light weight
-Volume comparison: Lithium batteries have a significantly smaller volume than lead-acid batteries of the same capacity. Traditional lead-acid batteries have a larger capacity and volume.

2. Long cycle life
-The cycle life of lithium batteries is ≥ 6000 times (under standard charge and discharge conditions), much higher than the 300-500 times of lead-acid batteries, and the long-term use cost is lower.

3. High charging and discharging efficiency
-Charging current: Supports 0.5C fast charging (such as 12V 100Ah supporting 50A charging), with faster charging speed.
-Discharge capability: Continuous discharge current up to 1C (such as 12V 100Ah supporting 100A discharge), pulse discharge up to 2C (10 seconds), meeting high-power requirements.

4. Wide working temperature range
-Working temperature: -20 ℃~60 ℃, suitable for severe cold and high temperature environments, with better performance than lead-acid batteries (poor low-temperature performance).

5. Strong voltage stability
-Discharge cut-off voltage: The 12V system can still operate after discharging to 10V, with a more stable voltage platform to avoid the problem of "voltage drop" in lead-acid batteries.

6. Low maintenance costs
-No need for regular water addition or balanced charging, low internal resistance (≤ 20m Ω @ 12V 100Ah), low self discharge rate, and better long-term storage performance.

7. Environmental friendliness
-Lithium batteries do not contain harmful substances such as lead and acid, which is more in line with environmental requirements.

8. Modular design is flexible
-Supports multiple voltage platforms (12V/24V/48V), easy to connect in series, suitable for different application scenarios (such as energy storage, two wheeled tricycles, etc.)