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AROSEN POWER
Heavy-Payload Drone Battery 24S-90000mah/5C/385wh/kg
Heavy-Payload Drone Battery 24S-90000mah/5C/385wh/kg
Technical Parameter Of Battery
| Item | Parameter | Remark |
|---|---|---|
| 1. Capacity | Typical |
90Ah/ 7.776 kWh |
0.2C discharge to cut-off voltage 60V after standard charge |
| 2. Nominal capacity | 90Ah | |
| 3. Nominal Voltage | 86.4V | 3.6V |
| 4. Shipments of Open-circuit voltage | >85V | Measure cells at 23±2℃ within 7 days after delivery |
| 5. Impedance | ≤30mΩ | AC (1KHz) Impedance at 23±2℃ |
| 6. Standard discharge current | 0.2C | 18A |
| 7. Max. Constant Discharge Current | Max 270A | 3C |
| 8. Instant Discharge Current | 900A | ≤3S |
| 9. Discharge Cut-off Voltage | 60V | 2.5V |
| 10. Standard charge current | 0.2C | Max 1C |
| 11. Charging Cut-off Voltage | 103.2V | 4.3V |
| 12. Product Size |
300*235 *195mm |
Pouch cell size |
| 13. Weight | 20.8Kg | Approx. |
| Range Of Operating Temperature
|
-20~55℃ | |
| Range Of Operating Temperature
|
10~50℃ |
Technical Parameter Of Cell
Battery Cell Model:1207017030Q-30000mAh 3.6V
| Item | Parameter | Remark |
|---|---|---|
| 1. Capacity
|
30000 mAh |
0.2C Discharge cut-off Voltage 2.5V after standard charge at 25±2℃
|
| 2. Nominal capacity |
30000 mAh |
|
| 3. Nominal Voltage | 3.6V | |
| 4. Shipments of Open-circuit voltage |
3.6V~ 3.8V |
Test the cell voltage within 1 month since the delivery day at 23±2℃ |
| 5. Internal Impedance | ≤1.2mΩ | AC (1KHz) Impedance at 23±2℃ |
| 6. Standard discharge current | 6A /0.2C | |
| 7. Max. continuous discharge current | 90A /3C | |
| 8. Burst Discharge Current | 300A /10C | ≤3S |
| 9. Discharge Cut-off Voltage | 2.5V | |
| 10. Standard charge current | 6A/ 0.2C | |
| 11. Max. Constant Charge Current | 30A 1C | Ref.Temperature:0~40℃ |
| 12. Charging Cut-off Voltage | 4.3V | |
| 13. Product Size |
12*70* 172mm Max |
|
| 14. Weight | 275g | Approx. |
| Range Of Operating Temperature
|
10~55℃ | |
| Range Of Operating Temperature
|
-20~55℃ |
Battery Dimension (Unit: mm) and Structure

Testing method(Standard test conditions)
Measuring Equipments
(1)Slide caliper should have an accuracy of the grade 0.01mm or higher.
(2)The multimeter should have an accuracy of the grade 0.5 or higher.The impedance when testing voltage should be more than 10KΩ/V.
(3) The impedance meter with AC1 kHz should be used.
(4) For the cell testing system, the accuracy of current should be more than ±0.1%, the accuracy of voltage should be more than ±0.5% and the accuracy of time should be more than ±0.1%.
(5) The thermometer should have an accuracy of the grade 0.5℃ or higher.
(2)The multimeter should have an accuracy of the grade 0.5 or higher.The impedance when testing voltage should be more than 10KΩ/V.
(3) The impedance meter with AC1 kHz should be used.
(4) For the cell testing system, the accuracy of current should be more than ±0.1%, the accuracy of voltage should be more than ±0.5% and the accuracy of time should be more than ±0.1%.
(5) The thermometer should have an accuracy of the grade 0.5℃ or higher.
Standard Charge
0.2C Charge to over-charge protection(CC-CV),Cut-off current is 0.02CmA。
Rest Time
Unless otherwise specified,between cell charging and discharging,there is a 30min interval.
Standard Discharge
0.2C Discharge until over-discharge protection cut-off Voltage.
Electrical performance test
| Item | Parameter | Remark |
|---|---|---|
| Discharge characteristics | Heat or cool the battery to the testing temperature within 30min and rest for 2 hours after standard charge at 23±2℃, Discharge at18A to 60V cut-off. When a test finished, charge the battery after rested 2 hours at room temperature (23±2℃) | 23℃:≥95%
|
| Room-temperature cycle performance | A cell is cycled at 25 ±2℃ as follows: Standard charge;Standing for 30 minutes;Discharge the cell at 45A to 60V;Standing for 30 minutes;Repeat the above Step (Perform a nominal capacity test every 50 cycles.) | Cycle number≥300(80% nominal capacity) |
Storage Characteristics
| Item | Testing method | Requirement |
|---|---|---|
| General Temperature Storage characteristics | The capacity retention shall be measured when the battery is discharged to a cut-off voltage of 60V at a discharge current of 0.2C after standing for 28 days at 25±2℃ at the end of standard charge.The capacity recovery shall be measured when the battery is discharged to a cut-off voltage of 60V at a discharge current of 0.2C at the end of standard charge after measuring the capacity retention. | Capacity retention≥95%
|
| High Temperature Storage Characteristics | The capacity retention shall be measured when the battery is discharged to a cut-off voltage of 103.2V at a discharge current of 0.2C after standing for 7days at 55±2℃ at the end of standard charge.The capacity recovery shall be measured when the battery is discharged to a cut-off voltage of 60V at a discharge current of 0.2C at the end of standard charge after measuring the capacity retention. | Capacity retention≥85%
|
| Item | Testing method | Requirement |
|---|---|---|
| 1. Open-circuit voltage | Measure the open-circuit voltage of the cell within 24 hours after the Standard Charge | ≥103.2V |
| 2. Impedance | After half charge, measure the impedance with the overall cathode and anode tab at AC 1KHz ,23±2℃ | Impedance of the battery ≤30mΩ |
| 3. Capacity | Discharge the cell at a constant current of 18A to 60V after Standard Charge and rest 30min | Discharge Capacity≥95% (Cmin Capacity) |
| 4. Discharge Temperature | After standard charge, a cell is stored in an environment of specific temperature for 5 hours, then 0.2C CC to 2.5V | Discharging Capacity
|
| Long-term Storage characteristics | Store the cell at 23±2℃ for 90 days after charging the cell with 50% capacity, then charge and discharge the cell at 0.2C ,at 23±2℃ for 3 cycles. Measure the recovery capacity (The Max. discharge capacity for three cycles) | Recovery Capacity ≥ 80% Cmin |
Safely Performance
| Item | Testing method | Requirement |
|---|---|---|
| External Short Circuit | After standard charge, the cell shall be shorted for 10min by a wire (internal resistance less than 5mΩ), observed for 1h. | No fire, no explosion |
| Overcharge Test | After standard charge, the cell shall be charged at the current of 1C, till the voltage is 4.73V or 115%SOC, observed for 1h. | No fire, no explosion |
| Discharge test | Fully charge the battery in the standard way and discharge the battery at 1.0C for 90 minutes. | No fire, no explosion |
Storage and Shipment Requirement
| Item | Requirement | Remark |
|---|---|---|
| 1. Storage temperature | 3 month: -20~30℃
|
The best temperature in shipment is 23 ±5℃ |
| 2. Humidity | ≤75%RH | / |
| 3. Charged Capacity | 50-70% | Voltage 86.4V±2v |
Packaging Instruction (Inner packaging)

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