SCUD Power Technology Unveils Three Breakthrough Technologies at CIMAMotor 2025 in Chongqing，China

SCUD Power Technology Unveils Three Breakthrough Technologies at CIMAMotor 2025 in Chongqing，China

Summary:

SCUD Power is defining the future of sustainable transportation through cutting-edge technology. In the CIMA Motor 2025, SCUD Power published three breakthroughs(the Honeycomb Bio mimetic Anti-Thermal Propagation Battery, Super LMFP Applications, and Integrated PACK Design) to drive new developments in e-micro-mobility.

Events Details:

Name:The 23rd China International Motorcycle Trade Exhibition (CIMAMotor 2025)

Dates:September 19 – September 22, 2025

Daily Hours:

Sept 19: 9:00 AM – 6:00 PM (Press & Trade Day)

Sept 20-21: 9:30 AM – 6:00 PM (Public Days)

Sept 22: 9:30 AM – 1:00 PM

Address:Chongqing International Expo Center (重庆国际博览中心),

No. 66, Yuelai Avenue, Yubei District, Chongqing, 401120, China

Booth\Stands Number: N1-1T43

Highlights：

The core mission of technological innovation is to solve industry pain points. At this year's Motor Expo, SCUD Power Technology unveiled three major breakthroughs: the Honeycomb Biomimetic Anti-Thermal Propagation Battery, Super LMFP Applications, and Integrated PACK Design. Together, they bring safer and more efficient solutions to the industry.

"Honeycomb" Bio mimetic Structure: An Active Safety Barrier for Batteries By isolating individual cells within flame-retardant units, this structure effectively blocks thermal propagation. It mitigates safety risks at the source, providing customers with more reliable product guarantees.

LMFP (Lithium Manganese Iron Phosphate): Striking the Perfect Balance of Safety, Cost, and Range Through material system upgrades, LMFP cells maintain high safety standards and cost advantages while achieving an energy density close to that of ternary systems. This translates to longer driving ranges and a stronger competitive edge for the products.

Integrated PACK Design: Unleashing the Infinite Potential of Energy Efficiency and Vehicle Design By integrating structural and manufacturing processes, this design reduces redundant components, improves space utilization, and enhances heat dissipation. This results in higher production efficiency and product stability.

These three technologies complement each other to form a comprehensive, systematic solution, effectively reshaping the standards for small and medium-sized power batteries across safety, energy, and efficiency.