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조회 3,407회 작성일 23-03-13 16:46
리튬이온 Lithium-ion
LG엔솔 21700 M50LT
- 제조사 : LG에너지솔루션
- 모델명 : INR21700-M50LT
- Capacity : 3.69V 4,800mAh (Max. 5,000mAh)
- 충전 전류 : Max 3,360mA
- 방전 전류 : Max 14,400mA
| 모 델 명 | INR21700-M50LT | 사용처 | Portable IT, Power-Tool, Medical, E-Bike, E-Scooter, EV/LEV, ESS/UPS |
|---|---|---|---|
| 셀 구분 | 리튬이온 (Lithium-ion) - 중방전 | 인증 | UL, CB, MSDS, UN38.3 |
| 용량 (Capacity) | 4,800mAh (Max. 5,000mAh) | 전압 (Voltage) | 공칭 전압 3.69V (충전 전압 4.2V) |
| 방전 차단 전압 | 2.5V | 충전 Cut off 전류 | 50mA |
| 충전 전류 | Standard 1,440mA Max. 3,360mA | 방전 전류 | Standard 2,400mA Max. 14,400mA |
| 내부저항 | 15 mΩ | 싸이클 수명 | 1000회 충방전시 80% |
| 셀 무게 | 68.2g max | 셀 사이즈 | Φ 21.44 X 70.65mm |
| 충/방전 가능 주변온도 | 충전 : 0 to 45℃ 방전 : -20 to 55℃ | 제조사 | LG에너지솔루션 ( made in korea ) |
| 제품 간략 설명 | LG엔솔의 21700 5000mAh 중방전 셀 | ||
INR21700M50LT Battery Specifications
Nominal Specification
| Item | Condition / Note | Specification |
|---|---|---|
| 2.1 Energy | By Standard charge/discharge | Nom. 18.2 Wh Min. 17.6 Wh |
| 2.2 Nominal Voltage | Average by Standard charge/discharge | 3.69V |
| 2.3 Shipping Cell Voltage | State Of Charge (“SOC”) | Below SOC 30% |
| 2.4 Standard Charge1) | Charging mode CC : Constant current (1C=4800mA) CV : Constant voltage End Current (Cut off) Charging time (for one complete full charge) 5h |
CC/CV 0.3C (1,440mA) 4.20V 50mA |
| 2.5 Max. Charge Voltage | 4.20V | |
| 2.6 Max. Charge Current (complete full charge)2) | 0 ~ 25℃ 25 ~ 45℃ |
0.3C (1,440mA) 0.7C (3,360mA) |
| 2.7 Standard Discharge | Discharging mode CC : Constant current End Voltage (Cut off) |
CC 0.2C (960mA) 2.50V |
| 2.8 Min. Discharge Voltage | 2.50V | |
| 2.9 Max. Discharge Current (complete full charge)2) | -20 ~ 10℃ 10 ~ 25℃ 25 ~ 55℃ |
0.5C (2,400mA) 3.0C (14,400mA) 1.5C(7,200mA) |
| 2.10 Over Voltage Protection | Cell voltage shall not exceed the 4.25V to prevent any safety events. And cell performance can’t be guaranteed between 4.20V and 4.25V | 4.25V |
| 2.11 Under Voltage Protection | Cell voltage shall not drop below the 2.00V to prevent any safety events. And cell performance can’t be guaranteed between 2.50V and 2.00V | 2.00V |
| 2.12 Weight | With Tube and Washer | 68.2 ± 1.0g |
| 2.13 Operating Temperature3) (Atmosphere or Chamber Temperature) | Charge Discharge * Max. cell surface temperature should be below 70℃ for discharging. (Temperature cut-off function is needed on BMU under 70℃) |
0 ~ 45℃ -20 ~ 55℃ |
| 2.14 Storage Temperature4) (for shipping state) | 1 month 3 months 1 year Recovery capacity5) after the storage ≥ 80% of minimum energy (or capacity) |
-20 ~ 55℃ -20 ~ 45℃ -20 ~ 25℃ |
| 2.15 Storage Temperature4) (for fully charged state) | 1 month 6 months Recovery capacity5) after the storage ≥80% of minimum energy (or capacity) |
-20 ~ 45℃ -20 ~ 25℃ |
| 2.16 Storage Humidity | Under 50% |
1) Charging time is based on one complete charge from the 0~100% SOC. Contact and discuss with LG Energy Solution if trickle charging is required to maintain fully charged state (ex. Trickle or floating charge).
2) The maximum continuous charge or discharge current herein is the allowable current to operate cell without possibility of dramatic degradation of the cell. (Max. cell surface temperature should be controlled by BMU protection unit below 55℃ for charging and 70℃ for discharging). “Complete full charge” means that cell is charged from the minimum discharge voltage (refer to 2.8) to the max charge voltage (refer to 2.5) without stopping for 1 cycle. The charge and discharge current herein is the maximum allowable value in which the battery cell can perform normal charge/discharge without sudden internal changes such as CID activation. But this has nothing to do with guarantee of cycle performance and/or single cell degradation speed. For detailed Criteria for Cell basic properties (such as cycle life and capacity, etc), please refer to the explicit current conditions in each sections of this document.
3) The operating temperature range defined in this section (2.13) is the maximum allowable range in which the battery cell can perform normal charge/discharge without sudden internal changes such as CID activation. However, even if the cell is charged / discharged within the above (2.13) operating temperature range, characteristics of the cell such as capacity / voltage / internal resistance may be deteriorated depending on factors such as the accumulated number of charge / discharge cycles, usage time and diverse charge/discharge current profiles. For detailed Criteria for Cell basic properties (such as cycle life and capacity, etc), please refer to the explicit temperature conditions in each sections of this document.
4) The storage temperature and period range defined in this section (2.14 and 2.15) is the maximum allowable range in which the battery cell can perform normal charge/discharge without sudden internal changes such as CID activation. However, even if the cell storage (including the cell storage after assembled inside the final application in the field) is within the above (2.14 and 2.15) temperature and range, characteristics of the cell such as capacity / voltage / internal resistance may be deteriorated when compared to the fresh cell state (ex-factory state). It is highly recommended that the cell should be stored (including the cell storage after assembled inside the final application in the field) in the room temperature (25℃) and under the shipping SOC. For detailed Criteria for Cell basic properties (such as cycle life and capacity, etc), please refer to the explicit temperature conditions in each sections of this document.
5) Recovery Capacity: After storage, cells shall be discharged with Std. discharge condition per 4.1.2, and then cells shall be charged with Std. charge condition per 4.1.1, and then discharged with Std. discharge condition per 4.1.2.
tions.- 이전글LG엔솔 18650 MJ1 23.03.13
- 다음글삼성SDI 21700 50S (고방전) 23.03.13
벤처인증
이노비즈
5억 PL보험
ISO 9001
ISO 14001