Feature | Description | Advantage |
---|---|---|
High Capacity | 3000mAh, a high-capacity battery that provides long-lasting power supply. | Suitable for devices that require long operating time, such as smart meters, medical devices, and security equipment. |
High Voltage | 3.0V, offering stable high-voltage output. | Meets the power requirements of high-power devices, ensuring no performance drop due to insufficient voltage. |
Low Self-Discharge Rate | Minimal power loss even after long-term storage. | Ideal for long-term storage and backup use, such as in emergency devices or backup power supplies. |
Wide Operating Temperature Range | Typically between -20°C and 60°C. | Functions normally in extreme temperature environments, suitable for outdoor, industrial, and military devices. |
High Pulse Discharge Capability | Capable of withstanding high pulse currents. | Performs well in devices requiring instant high power, such as radio communication equipment and alarms. |
Long Lifespan | Long service life due to stable chemical properties. | Reduces the frequency of battery replacements, lowering maintenance costs. |
High Safety | Made from high-quality materials and advanced manufacturing processes. | Minimizes the risk of battery leakage, short circuits, etc., making it safe for use in various devices. |
Compact Design | Small size, suitable for space-limited devices. | Saves space in devices such as smart meters, small medical devices, and portable electronic devices. |
Environmentally Friendly | Made from eco-friendly materials with minimal environmental impact. | Aligns with modern environmental concepts, suitable for applications with high environmental standards. |
Strong Compatibility | Compatible with a wide range of devices, suitable for various applications. | Reduces device limitations on battery models, enhancing versatility. |
High Reliability | Undergoes strict quality testing to ensure stable performance in various conditions. | Minimizes the risk of device downtime due to battery failure, improving device reliability. |