CR1620 battery

　　Advantages and features of CR1620 battery system

　　Technical advantages and applications of 48V lithium-ion battery system in vehicles. The software consists of a CR1620 battery, AC/DC inverter motor and DC/DC converter. The 48V power system can store more power than the 12V power system. On a car equipped with a parking system, the engine can be shut down for a long time, the battery capacity is too low, and the engine battery is often started to charge. Technical advantages of vehicle-mounted CR1620 battery system: Although 12V start-stop cost is lower, CO2 energy saving and emission reduction are relatively limited; high-voltage oil and electricity hybrid energy saving and emission reduction are more, but the system software cost increases more; 48V lithium-ion battery system software The cost is close to the 12V system, showing the characteristics of high-voltage oil-electric hybrid technology; in addition, CO2 energy saving and emission reduction are up to 15%; the 48V lithium-ion battery system can provide other loads, such as central air conditioning, conversion, seat heating, etc.

　　At present, 100V high-voltage strong hybrid vehicle rechargeable batteries are commonly used in the Japanese market, and lithium-ion batteries above 100V can be used to charge contact battery packs. Although gasoline-electric hybrid vehicles (HEVs) have greatly improved the efficiency of gasoline, special components and The cost of pressure-resistant components has increased. The application of 48V lithium-ion battery system software will also increase the cost, but compared with the cost of new energy vehicles or hybrid vehicles, the cost can be reduced by 40% to 60%.

　　Lithium battery technology is one of the important components of the 48V lithium battery system. Lithium battery technology has a higher (3 times) specific energy than lead-acid batteries. In addition, 48V lithium-ion batteries have better battery charging performance and can more effectively store braking systems to obtain kinetic energy. Cars usually require more and more DC electronic loads (such as seat heating, heated windshield, rear shock absorber) to show appropriate. The CR1620 battery assembles the bms substrate, rechargeable battery unit, automotive relay, and fuse in the same box, which can be assembled with powerful power and high reliability, further improving related technologies. CR1620 battery system advantages and features * Flexible service platform design, customized product development, applicable customization, humanized services for different needs * Simple maintenance, low maintenance costs * Minimal noise * Improved high performance and impact resistance * Endurance Strong, low self-consumption, long battery life, high specific energy, small size, light weight, diverse application of CR1620 battery system software in vehicle intersections Due to the technological innovation of rechargeable batteries, the development trend of new energy vehicles is relatively slow. Therefore, authoritative experts said that electric hybrid power system software is more suitable for current energy saving and consumption reduction requirements. Among gasoline-electric hybrid systems, the 48-ion battery has the highest cost performance. Lithium battery pack is the power lithium battery pack for gasoline-electric hybrid vehicles and pure electric vehicles. Because some technologies such as energy and battery charging rate are very close to basic theoretical values, lithium batteries have the advantages of high specific energy, large capacity, and strong memory capacity. . The 48V system is an improvement on the 12V micro-hybrid system. It uses a bsg motor to replace the traditional starter motor and generator set. It is an improved version of the start-stop system. In addition to starting and stopping, the 48v system software can also display additional drivers to reduce starting fuel consumption when necessary. Currently, lithium-ion batteries, lithium-ion batteries and lithium-ion batteries have been used in the battery industry. Technological advancements this year. New lithium batteries were developed in industry. The single energy density of kinetic energy lithium batteries is 350wh/kg, and the single energy density of kinetic energy output power is 200wh/kg. The production and manufacturing of intelligent lithium-ion batteries have greatly improved product characteristics and quality, and significantly reduced costs. The rationality of new energy vehicles has a good foundation for traditional fuel vehicles.

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