1.Main Application Advantages:
High Energy Density, Extended Flight Life: With an energy density typically reaching 200-240 Wh/kg, this battery can store more energy within the limited payload of a drone, directly extending single-flight time and meeting the flight requirements of aerial photography, inspection, and other scenarios.
High-Rate Discharge, Supporting Power: A high-rate discharge of 5C-20C is possible, enabling high current output in a short period of time. This supports rapid takeoff, high-speed flight, and instantaneous maneuvers, avoiding control issues caused by insufficient power.
Lightweight + Flexible, Adaptable Design: Encapsulated with aluminum-plastic film, it is lighter than traditional liquid batteries and can be manufactured in thin, custom-shaped configurations, allowing for flexible integration into the compact fuselage or wings of drones, optimizing overall weight distribution.
2.Main Features:
Stable Voltage, Uniform Output: With a nominal voltage of 3.7V, the voltage plateau remains stable during charge and discharge, ensuring uniform power output throughout the drone’s flight, preventing motor speed instability caused by voltage fluctuations.
Safe and controllable, suitable for outdoor use: No leakage risk, and equipped with overcharge, over-discharge, and overcurrent protection circuits to reduce the risk of fire caused by short circuits and impacts during flight, making it suitable for complex outdoor flight environments.
Excellent low-temperature performance: In low-temperature environments between -10°C and 0°C, capacity retention and discharge efficiency show minimal degradation, making it more suitable than lithium iron phosphate batteries for drone operations in various climates (such as outdoor winter mapping).