Application:
Military aspects:
1.Individual soldier combat systems and portable equipment
Modern soldiers are equipped with cooling/heating suits, enhanced night-vision goggles, tactical radios, laser rangefinders, and other devices that not only require long standby times but also need instantaneous high-power support during missions. High energy density ensures long mission duration, and high power meets peak demand.
2.Underwater weapons and detection systems
Torpedo or autonomous underwater vehicle propulsion motors or control systems require batteries to provide extremely strong instantaneous power in cold seawater.
3.Missile and smart ammunition guidance systems
Supplying high-power pulse currents to missile servo systems, electronic countermeasure units, and fuzes. Batteries must be activated at the moment of launch to provide stable high currents.
4.Sonar buoys and battlefield sensors
After being deployed in water, they must immediately emit high-power sound or radio signals.Aerospace applications:• Spacecraft: Power for explosive bolts or actuators used in critical actions such as rocket stage separation or satellite solar panel deployment.
5.Sounding rockets and drones
Provide power to onboard equipment and maintain performance in high-altitude, low-temperature environments.
6.Mars rovers and other deep-space probes
Serve as backup or primary power for certain critical instruments and withstand large temperature fluctuations.
7.Professional industrial and safety fields
Devices used in safety-critical or extreme industrial environments, where reliability is the primary criterion.
8.Oil logging and perforating
Downhole tools in high-temperature, high-pressure harsh environments require batteries to provide high-power pulses to detonate perforation charges. o Emergency rescue equipment: Such as military-grade/industrial-grade AEDs, which must ensure sufficient energy for shocks during emergencies and allow long-term battery storage. o Maritime distress beacons: Able to start immediately after an accident, emit high-power distress signals, and operate for long periods in cold ocean water.
9.Professional digital cameras
Drive high-power flash and motor systems. Compared to ordinary lithium-iron batteries, they provide more stable voltage and faster recharge.
10.High-performance outdoor equipment
Such as satellite phones and expedition-grade GPS trackers, which must maintain communication and positioning functions even in extreme cold.
Advantages:
·Applied in loitering munitions, UAVs, and underwater UUVs.
·Compared to lithium-ion batteries, the battery achieves 350Wh/kg~400Wh/kg energy density at 1C discharge rate, while doubling the flight time.
