Lithium Car Starting Battery
1、 Industry pain points and market opportunities In the market landscape where traditional fuel vehicles and new energy vehicles coexist, the core position of lithium car starting battery as the "first driving force" of vehicles is increasingly prominent. According to statistics, there are over 20 million cases of vehicle start-up failures caused by lead-acid battery failures worldwide each year, resulting in direct economic losses of up to 3.7 billion US dollars. At the same time, the introduction of the EU ELV directive and China's "Technical Specification for Recycling Waste Lead Acid Batteries" is accelerating the elimination process of high polluting battery products. In this industry context, we provide the ultimate efficient and environmentally friendly solution for the market with our independently developed third-generation lithium iron phosphate (LiFePO4) lithium car starting battery.
- Fast Delievery
- Quality Assurance
- 24/7 Customer Service
Product Introduction
1, Why are traditional starter batteries being phased out by the times?
When your car encounters these scenarios:
During the cold winter morning, the dashboard flickered wildly when the fire started. After being idle for two weeks, it suddenly couldn't start. Within five years, it was forced to replace the third battery, and the engine compartment always emitted a sour smell.
The root of these troubles all point to outdated lead-acid battery technology. We have been deeply involved in the field of power batteries for 12 years and visited 327 auto repair shops. We found that 83% of car owners have no idea what kind of changes an advanced lithium car starting battery can bring!
2, Product Core Technology Analysis
1. Intelligent Battery Management System (BMS)
integrate:
-Dynamic balancing technology (single cell voltage difference ≤ 10mV)
-Intelligent adjustment of over discharge protection threshold (automatically optimized according to usage frequency)
-CAN bus communication protocol (compatible with 99% of vehicle ECU systems)
2. Modular structural design
Breakthrough adoption:
-Three dimensional heat dissipation channel (with a 60% increase in heat dissipation efficiency)
-Seismic buffering patented structure (passed GJB150.16A military vibration test)
-Forward developing standard dimensions (covering the three major standard systems of JIS, DIN, and SAE)
3, Battery parameters
| Cycle life (times) | ≥ 4000 |
| Weight (same capacity) | 4.2kg |
| Charging speed (0-90%) | 35 minutes |
| Self discharge rate (monthly) | ≤ 2% |
| Effective working temperature | -40 ℃~75 ℃ |
| MOQ | 100 |
4, Application scenario expansion
1. Special vehicle field
-In the Mohe -35 ℃ extreme cold test, the border patrol vehicle equipped with this product achieved 30 consecutive cold starts with zero faults
-Actual testing of Saudi oil field operation vehicles shows that the battery maintains stable output even in a high temperature environment of 65 ℃
2. New energy extended range system
-Collaborating with a certain brand of extended range electric vehicles for testing shows that:
-Reduce energy consumption by 42% when starting the system
-Vehicle weight reduction of 9.8kg (equivalent to an increase of 12km in range)
3. Intelligent integrated application
-Support OBD-II remote monitoring
-Optional solar maintenance module (daily self charging 0.3kWh)
5, Breakthrough in security performance
Through triple certification of UL2054, IEC62133, and GB/T31485, innovative implementation:
-Three level thermal runaway protection system (from cell level to system level)
-After the nail penetration test, the voltage showed zero decay within 24 hours
-Overcharge protection response time<50ms (industry standard 200ms)
Conclusion
Today, as the electrification process of automobiles accelerates, we are redefining the standard for starting power sources through breakthroughs in materials science and innovation in systems engineering with dual wheel drive. The third-generation lithium car starting battery not only represents the highest technological level in the industry, but also serves as the fundamental energy unit for future intelligent transportation. Looking forward to working with global partners to promote the revolution of transportation power, injecting safer, more efficient, and cleaner starting power into every car.
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