When consistent performance and long-term reliability matter, the EV lithium ion battery pack by Great Power offers a dependable solution. Built for demanding applications like marine use, it combines innovation with safety and durability to meet the growing energy needs of electric vehicles and more.
Built for Safety and Stability
Great Power‘s EV lithium ion battery pack uses lithium iron phosphate (LiFePO4) chemistry, known for its high thermal and chemical stability. The battery core is supported by a connection bar made from high-insulating materials. This design strengthens isolation control for both charging and discharging ports, enabling a charge/discharge interlock via a self-developed intelligent Battery Management System (BMS). This BMS tracks performance across the battery’s life cycle, promoting efficient energy use and early detection of potential issues.
Designed for Long-Term Use
Durability is a core feature of Great Power’s battery technology. The battery cell boasts a long cycle life, making it suitable for long-term applications in electric vehicles and marine settings. Its ship characteristic module design incorporates metal belt holding and heat-insulation materials, ensuring the battery remains structurally sound even under constant movement and temperature fluctuations.
Resilient Performance in Demanding Conditions
Built to resist impact and vibration, this battery pack is ideal for tough environments. Whether installed in marine vessels or electric vehicles navigating rough terrain, it maintains integrity over time. The self-designed integrated busbar system enhances current flow and reduces internal resistance, contributing to the battery’s reliable output and prolonged lifespan.
Conclusion
The EV lithium ion battery pack from Great Power is engineered to offer consistent performance, high safety, and long service life. With features such as intelligent BMS integration, LiFePO4 chemistry, and robust mechanical design, it stands out as a secure and efficient power source for a wide range of electric mobility and marine applications.
