EVE 304AH 3.2V Battery, a New Benchmark for Large-capacity Energy Storage
Extra-large Capacity, Meeting Diverse Needs: The extra-large capacity of 304AH can provide sufficient power for large-scale energy storage scenarios. In large-scale distributed energy storage projects, it can efficiently store renewable energy such as solar and wind energy to meet the large-scale electricity demands of communities, commercial parks, etc.
Long Cycle Life Ensures Stability: With a cycle life of ≥6000 times, it has stable performance during long-term use, reducing the inconvenience and cost caused by frequent battery replacements due to aging. It is crucial for energy storage projects that require continuous and stable power supply.
Low Internal Resistance Achieves High Efficiency: The internal resistance is ≤0.25mΩ, with low energy loss during charging and discharging, fast charging, and stable discharging. It effectively improves energy utilization efficiency and extends the actual use time of the battery.
Moderate Weight Balances Convenience: Weighing 5.45kg, while ensuring a large capacity, the weight is reasonably designed, which is convenient for installation and handling. Whether it is for indoor fixed installation or outdoor mobile deployment, it can be easily completed.
Wide Working Voltage Enhances Versatility: The working voltage is 2.5 - 3.65V, which can be compatible with a variety of electrical and charging equipment. There is no need for complex voltage adaptation, and it is widely used in different scales and types of energy storage systems.
Efficient Charge and Discharge Match Daily Use: Both the charging ratio and the discharge rate are 1C, which can complete the charging and discharging within a reasonable time, meeting the energy response speed requirements of daily use scenarios and ensuring the stable operation of equipment.
Five-year Warranty Demonstrates Quality Confidence: It provides a 5-year warranty, reflecting the manufacturer's strict control over product quality and responsible attitude towards users, allowing users to use it with confidence.
