As a power source, lithium-ion battery technology has been widely used in individual electronic information equipment, submarines, torpedoes, and drones in recent years nmp solvent. It has shown good network performance and has gradually developed into an important energy source for China's military equipment.

The preferred power supply for individual combat information systems. Lithium-ion battery technology, as the battery with the best main performance in my country at present, can not only provide a lasting peace and stability and power supply for the development of individual electronic control equipment on the battlefield, but also greatly reduce the burden of individual soldiers and enhance the flexibility of individual combat With high performance and mobility, it will become the preferred power source for future individual equipment of enterprises nmp. The "Soldier Conformable Battery" developed by the U.S. Army is such a wearable lithium-ion polymer battery. It is light and thin, and is arranged on the bulletproof plates worn by soldiers to reduce the weight of soldiers. The National Defense Education Department of the United Kingdom regards lithium-ion battery management as an energy source for individual combat platform systems, and the research and development of pouch-shaped lithium-ion batteries has ultra-high specific energy. In addition, most of the future soldier combat environment systems designed by the people's armies of other countries in the world use lithium-ion battery companies as an important power source, such as the US "Land Warrior" individual combat network system and the German "Future Soldier" system. Lithium Ion Battery.

The new energy darling of maritime equipment 1 methyl 2 pyrrolidone. Lithium-ion batteries can be used as a power source for submarines, greatly improving the speed, range, survivability and reducing maintenance costs of submarines. In recent years, the Navy has used lithium-ion batteries for miniature submarines and developed lithium-ion batteries for medium and long-range submarines. For example, the French Scorpion is equipped with a new generation of lithium-ion batteries, which can withstand high-current charging, greatly shortening the charging time and doubling its underwater endurance.

Lithium-ion batteries for torpedoes can greatly reduce the volume and weight of the power part of torpedoes, and can be used repeatedly in training to meet the training needs of troops. At present, the French Navy has successfully developed a lithium-ion battery torpedo with a running speed of more than 50 knots (92.5 km/h) and a battery life of more than one hour. Reliability and safety meet operational performance requirements. In addition, the foreign military is also exploring the use of lithium-ion batteries as the power system of surface ships.

Aerospace vehicles use "third-generation power supply". Lithium-ion battery power is called the third generation of space power, and it has been gradually used in various aerospace equipment in recent years. For example, new lithium-ion batteries are already being used as the power supply for the International Space Station. In the field of military aviation, lithium-ion batteries are mainly used in small micro unmanned aerial vehicles. The "Longyan" unmanned aerial vehicle used by the US military in the Afghan war is powered by lithium-ion batteries and has been tested in combat. Overall, however, Li-ion battery applications in this area are still in their infancy, with major constraints being miniaturization and insufficient motivation.

Insufficient power supply for large equipment. In ground equipment, lithium-ion batteries are mainly used in military unmanned ground vehicles, robots, hybrid vehicles, etc. For ground vehicles driven by gasoline-electric hybrids, using lithium-ion batteries as a power source can not only reduce fuel consumption and logistical burden, but also improve the power and survivability of tactical vehicles. At present, the foreign military is actively developing lithium-ion battery modules for hybrid vehicles, unmanned ground vehicles and ground robots. But for large-scale ground equipment, the weak power of lithium-ion batteries is the main factor restricting its further application. Therefore, in the future, it is necessary to continue to develop lithium-ion batteries with high specific power and low cost to meet the mission requirements of ground equipment.