Advanced AGM Technology
AGM technology innovation - To provide a stronger and more stable power source to vehicles with a start-stop function and energy-saving needs
AGM technology innovation - To provide a stronger and more stable power source to vehicles with a start-stop function and energy-saving needs

With the increasing demand for energy saving and environmental protection, the automatic start-stop system has become a useful tool for reducing emissions and saving energy. The AGM battery technology is the core of this system, providing stronger providing superior working efficiency compared to standard batteries. It can fully meet the needs of vehicles with start-stop functions and highly configured automobiles with diverse onboard electronics. Its stable and reliable performance, along with its efficient charging and discharging processes, makes it the ideal solution for energy-saving and emission-reducing applications in the automotive industry.

Technical Advantages
Application of special nano additives with high performance Application of special nano additives with high performance
Application of special nano additives with high performance
Excellent battery charge acceptance and cold cranking performance at low temperatures.
Adoption of AGM separator with high liquid absorption and high resilience Adoption of AGM separator with high liquid absorption and high resilience
Adoption of AGM separator with high liquid absorption and high resilience
No flowing electrolyte in the battery; the battery can be placed at any angle, making it safer and more environmental-friendly.
International first-class<br>battery automatic production equipment International first-class<br>battery automatic production equipment
International first-class
battery automatic production equipment
The overall production processes are monitored with the MES system, ensuring intelligent manufacturing, superb product quality.
Independent patented <br>battery housing design Independent patented <br>battery housing design
Independent patented
battery housing design
Built-in safety valves to ensure no accidental opening during customer usage.
TECHNICAL ADVANTAGES
Product Structure
PRODUCT STRUCTURE BACKGROUND
1
container
2
positive plate
3
cover
4
safety valve
5
strap
6
negative plate
7
grid
8
AGM separator
1
container
2
positive plate
3
cover
4
safety valve
5
strap
6
negative plate
7
grid
8
AGM separator
EFB Technology

EFB batteries are suitable for operation under partial state of charge (PSOC) conditions, where deep cycling characteristics are not necessary, unlike AGM batteries. Its special alloy, lead paste formula and new separator have greatly improved its service life, water loss and low temperature cranking performance, with more than 65,000 frequent start-stop cycles. 

概述
Technological
Advantages
Premium application of carbon technology
Premium application of carbon technology

Fast charging capacity increased by 30% comparing to standard batteries.


New wear-resistant alloy
New wear-resistant alloy

Corrosion resistance performance of grids increased by 50%.

Advanced production equipment
Advanced production equipment

Introduction of world-class production equipment, better product consistency.

Environmental & economic
Environmental & economic

Vehicles' fuel consumption decreases by 5%~10% under comprehensive working conditions

Special start-stop formula
Special start-stop formula

Ultra low temperature cranking capability and increased cycle life of batteries.

Premium application of carbon technology

Fast charging capacity increased by 30% comparing to standard batteries.


New wear-resistant alloy

Corrosion resistance performance of grids increased by 50%.

Advanced production equipment

Introduction of world-class production equipment, better product consistency.

Environmental & economic

Vehicles' fuel consumption decreases by 5%~10% under comprehensive working conditions

Special start-stop formula

Ultra low temperature cranking capability and increased cycle life of batteries.

Input and Output power (Charge and Discharge) characteristics of vehicles with a Start-stop system:

① Frequent re-start.

② Power supply during start-stop.

③ Compensative short-time charging during deceleration and brake.

Compared with standard batteries for general vehicles, batteries for start-stop applications should have the following characteristics:

① Durability required for about 20-30 times the cranking capacity.

② Durability required to endure increased discharge load during start-stop.

③ High compensative charge acceptance to ensure the electricity discharged can be recovered in a very short time.


对比优势
对比优势
对比优势