1. Yadi id002 has a cruising range of 91-110 kilometers, the battery type is graphene battery, the maximum speed is 41-50 kilometers per hour, and the motor uses a high-efficiency motor developed by Yadi.
2. The battery type of Yadi Lite version is lithium battery and the charger is: 3A gallium nitride charger.
3. The Yadi id002 and lite versions have different types of batteries and different cruising ranges.
What type of charger does the Yadi YD1200DT-17B car model correspond to?
Yadea itself does not produce batteries. Lithium batteries for Yadi electric vehicles are also supplied by manufacturers such as Tianneng.
It is therefore sufficient to understand the precautions for use directly.
Notes:
1. Before the lithium-ion battery leaves the factory, the manufacturer activates and precharges it. Therefore, the lithium batteryum-ion has residual power. -The ionic battery conforms to charging during the adjustment period, which requires 3-5 full charges and discharges.
2. Lithium-ion batteries do not need to be specially discharged before charging. Improper discharge will damage the battery. When charging, try to charge slowly and reduce fast charging;
3. Please use original factory or reputable brand charger. For lithium batteries, use a special charger for lithium batteries.
72v20ah lead acid battery charger (output full voltage value 88v, charging current 3 amps).
Electric vehicle chargers are easy to match. You just need to know the battery specifications. The chargers are adapted according to the battery. For example, six 20 Ah batteries, then the more common 72 V20 Ah lead. -Acid battery on the market The chwidth (full rated voltage 88V, charging current 2.8A to 3A) can meet this requirement.
If it is a lithium battery, you need to know the total voltage value and capacity of the battery, determine the cell specifications and the number of series connections used in the battery, and select the corresponding voltage value. like 72V lithium battery, 20 string ternary lithium battery set, full voltage 84V. Then determine the charging current of the charger via capacity value, capacity/5 = charging current value.