In electric mobility, the electric car battery pack plays a central role in ensuring efficient power delivery and vehicle durability. Whether installed in passenger vehicles or industrial equipment like forklifts, the quality and structure of the battery pack significantly affect performance. Great Power develops electric car battery packs that are designed for strength, stability, and long-term use in demanding environments.
High Capacity for Extended Operation
One of the key advantages of Great Power’s electric car battery packs is their capacity. Assembled with specialized engineering power cells, each module can deliver up to 942Ah, allowing for longer operating periods between charges. This is particularly useful in high-demand applications where consistent energy supply is essential for productivity and reliability.
Reinforced Structure for Tough Conditions
Durability is critical when a battery pack is exposed to movement, vibration, or mechanical shock. Great Power addresses this with a design that includes metal end plates secured by stainless steel bands. This stable and compact structure resists vibration and impact, making the battery pack suitable not just for electric cars but also for forklifts and other industrial electric vehicles.
Efficient Power Flow Through Integrated Design
The internal design of the battery pack contributes directly to its performance. Great Power integrates a self-designed busbar system that allows for stable voltage sampling and strong current-carrying capacity. Supporting up to 300A of continuous charge and discharge per module, this system ensures that the battery pack can handle demanding energy flows without overheating or performance drops.
Conclusion
An electric car battery pack must deliver more than just energy; it must maintain structural integrity and support stable power flow under a variety of conditions. Great Power designs its battery packs with these goals in mind, incorporating high-capacity cells, reinforced structures, and advanced internal systems. As a result, the battery pack remains reliable in both standard electric vehicles and more demanding industrial applications, offering consistent performance and operational confidence.
