Cells

Basic Energy Unit: A single cell provides standard voltage (e.g., 3.2V/3.7V) and capacity.
Carrier of Core Technology: The material system and structural design determine the performance ceiling of the battery system.
High Consistency: The parameter consistency of mass-produced cells is the foundation for the reliability of battery packs.

Cylindrical Cells
High standardization and mature manufacturing processes.
Excellent mechanical strength and large heat dissipation area.
Widely used in power and energy storage applications.
Prismatic Cells
High space utilization and compact structure.
Suitable for modular integration design.
Preferred solution for mainstream electric vehicles.
Pouch Cells
Lightweight with flexible shape design.
Good safety performance and high energy density.
Suitable for high-end consumer electronics.

High Energy Density: Large energy storage per unit volume/weight, effectively extending the runtime of end devices.
Superior Consistency: Precision manufacturing processes ensure high parameter consistency of mass-produced cells, safeguarding the overall performance and lifespan of battery packs.
Flexible Customization: Dimensions, capacity, and performance can be deeply customized to meet specific application scenarios.
Stability & Reliability: Selected high-quality materials combined with rigorous craftsmanship guarantee the long lifespan and high safety of each cell.
Cutting-Edge Technology: Continuous investment in R&D of new materials and systems to provide leading energy solutions.
Wide Adaptability: Multiple types (cylindrical/prismatic/pouch) meet diverse product design and integration requirements.
Core Value
As the foundation of all battery systems, battery cells, with their exceptional performance, flexible customization, and reliable quality, provide core support for building high-performance and high-safety energy solutions.