With the continuous improvement of intelligence and electronization of modern military equipment, battery the consumption in military applications has also become amazing. From military communication equipment to unmanned aerial vehicles and armored vehicles, almost all modern military equipment depends on battery power supply. Under such circumstances, the development and application of energy storage technology have become crucial, providing important support for modern military. The following is a discussion about the role of battery consumption and energy storage in modern military:

1. Battery consumption challenges:

with the continuous improvement of electronic and intelligent military equipment, the demand for batteries in modern military equipment has increased dramatically. From portable communication equipment to unmanned aerial vehicles, submarines and missile systems, almost all military equipment needs a large amount of battery power supply. This kind of battery consumption not only brings material and financial pressure, but also limits the combat durability and flexibility of military equipment.

2. Supporting function of energy storage technology:

as an efficient energy storage and release method, energy storage technology provides important support for modern military. Through energy storage technology, energy resources can be more effectively managed and utilized, energy utilization efficiency can be improved, and the lasting force and combat time of military equipment can be prolonged.

3. Application of energy storage in modern military:

• smart equipment support: Energy storage technology can provide continuous and stable power support for intelligent equipment to ensure its normal operation and combat effect.

• Unmanned System: The application of energy storage technology in unmanned systems is particularly important, which can provide long-term flight, reconnaissance and combat support, enhance combat capability and battlefield information acquisition..

• Submarine and ship: The application of energy storage technology in submarines and ships can provide long-term submarine and navigation capabilities and enhance maritime combat power.

• Armored vehicles: Energy storage technology can provide more stable power support for armored vehicles and improve mobility and operational efficiency.

4. Future Development Trend:

with the continuous innovation and development of energy storage technology, the future application prospect in the military field is broad. The application of new energy storage technologies such as supercapacitors, sodium ion batteries, hydrogen fuel cells, etc. will further improve the energy efficiency and combat capability of military equipment, providing more reliable and efficient support for modern military.