China Solar Energy Storage Lithium Ion Battery 12V 24V 48V 100ah 200ah 300ah LiFePO4 Battery Pack for 5kw 10kw Inverter Power System, Find details about China Lithium Battery, LiFePO4 Battery from Solar Energy Storage Lithium Ion Battery 12V 24V 48V 100ah 200ah 300ah LiFePO4 Battery Pack for 5kw 10kw Inverter Power System
N0 | Item | Specification | Notes | ||||||||||
1 | Cell Type | 3.2v100ah | |||||||||||
2 | Array Mode | 1P8S | |||||||||||
3 | Nominal Capacity | 100Ah at23±2ºC | Standard charge and discharge | ||||||||||
4 | Nominal Voltage | 25.6V | |||||||||||
5 | Energy | 2.56KWh at23±2ºC | |||||||||||
6 | Charging Voltage | 29.2±0.15V | |||||||||||
7 | Discharge End Voltage | 20.0±0.3V | |||||||||||
8 | Standard Charging Method | CC and CCCV is 50A | Tempeature23±2ºC,charge end with 2.5h current drops to 0.02C, | ||||||||||
9 | Max.Charge Current | 100A | Temperature23±2ºC | ||||||||||
10 | Max continuous discharg current | 100A | |||||||||||
11 | Cycle life | ≥2000cycles | 0.5C Charge,1C discharge and Capacity Retention≥80% of initial capacity | ||||||||||
12 | Operating Temperature | 0°C~45°C | Charging Operating | ||||||||||
-20°C~45°C | Discharging Operating | ||||||||||||
13 | Storage Characteristic | 1 month | Temperature :-20°C~50°C | ||||||||||
3 months | Temperature:-20°C~45°C | ||||||||||||
One year | Temperature :-20°C~20°C | ||||||||||||
14 | Relative Humidity for Storage | 5%~95% | |||||||||||
15 | Charge Retention and Capacity Recovery Characteristic | Charge Retention Rate≥55%and Capacity Recovery Rate≥80%. | Storage the battery for 20d at 60°C after fully charge with standard charge method. | ||||||||||
16 | Discharge Capacity at Different Temperature after Standard fully Charging |
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N0 | Item | Specification | Notes | ||||||||||
1 | Cell Type | 3.2v100ah | |||||||||||
2 | Array Mode | 2P8S | |||||||||||
3 | Nominal Capacity | 200Ah at23±2ºC | Standard charge and discharge | ||||||||||
4 | Nominal Voltage | 25.6V | |||||||||||
5 | Energy | 5.12KWh at23±2ºC | |||||||||||
6 | Charging Voltage | 29.2±0.15V | |||||||||||
7 | Discharge End Voltage | 20.0±0.3V | |||||||||||
8 | Standard Charging Method | CC and CCV is 50A | Tempeature23±2ºC,charge end with 2.5h current drops to 0.02C, | ||||||||||
9 | Max.Charge Current | 100A | Temperature23±2ºC | ||||||||||
10 | Max continuous current | 200A | |||||||||||
11 | Cycle life | ≥2000cycles | 0.5C Charge,1C discharge and Capacity Retention≥80% of initial capacity | ||||||||||
12 | Operating Temperature | 0°C~45°C | Charging Operating | ||||||||||
-20°C~45°C | Discharging Operating | ||||||||||||
13 | Storage Characteristic | 1 month | Temperature :-20°C~50°C | ||||||||||
3 months | Temperature:-20°C~45°C | ||||||||||||
One year | Temperature :-20°C~20°C | ||||||||||||
14 | Relative Humidity for Storage | 5%~95% | |||||||||||
15 | Charge Retention and Capacity Recovery Characteristic | Charge Retention Rate≥55%and Capacity Recovery Rate≥80%. | Storage the battery for 20d at 60°C after fully charge with standard charge method. | ||||||||||
16 | Discharge Capacity at Different Temperature after Standard fully Charging |
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Item | Test name | Result |
1 | Over charge | No fire,no explosion |
2 | Over discharge | No fire,no explosion |
3 | Short Circuit | No fire,no explosion |
4 | Drop | No fire,no explosion,no leakage |
5 | Hot oven | No fire,no explosion |
6 | Crush | No fire,no explosion |
7 | Needle puncture | No fire,no explosion |
Factory show
Core competitiveness
1.CTS is equipped with the stated-of the art automatic production line and sophisticated production facilities, which lay a solid foundation for the conformance and reliability of our products.
2. The first-class technological process and dust-free workshop environment control with low humidity and high cleanness escort for the stability of the products.
3. The improvement of the unique and innovative technical process can upgraded the adhesion of the electrode plates so as to avoid producing inner bubble and promote the conformity and service life of products.
4. Reprocessing row material that applies highly conductive and thermally conductive grapheme optimizes the collocation of the materials, thus minimizing discharge rate and the temperature of battery with high-rate discharge performance.
5. The most professional R&D team keep up innovation and process-controlling, optimizing product design to ensure that our products are the most competitive.
6. The most outstanding end product design team constantly bring forth the new through the old.