A prismatic sodium-ion battery cell features a rectangular, flat shape designed for efficient space utilization in energy storage systems. It uses sodium ions for charge transport, offering a safer and more cost-effective alternative to lithium-ion cells. These cells are ideal for applications like grid storage and electric vehicles due to their stability and scalability.

The COLP350 is a type of sodium-ion battery cell designed as an alternative to lithium-ion batteries. It utilizes sodium ions as charge carriers, offering a more abundant and cost-effective resource compared to lithium. This battery cell is known for its thermal stability, environmental friendliness, and potential for safe large-scale energy storage.

The COLP360 is a mid-capacity sodium-ion battery cell designed for consistent performance and durability. It uses sodium ions for energy storage, providing a sustainable and cost-efficient alternative to lithium-based systems. With enhanced thermal stability and safety features, it is well-suited for stationary storage and moderate-power applications. The cell’s design balances energy density and cycle life effectively. It supports renewable energy integration and grid stability systems.

The COLP370 is a high-efficiency sodium-ion battery cell aimed at larger-scale energy storage systems. Known for its improved energy retention and long cycle life, it delivers stable performance under diverse operating conditions. The cell’s composition ensures safety, environmental compatibility, and affordability. It is ideal for solar or wind energy storage, backup power, and utility-scale installations. Its robust prismatic design allows easy integration into modular storage units.

The COLP3100 is a high-capacity sodium-ion battery cell designed for demanding energy storage needs. It features advanced materials to support long cycle life and enhanced safety performance. With a larger energy output, it is suitable for industrial energy storage, microgrids, and backup systems. The cell maintains stability across various temperatures and charge cycles. Its cost-effectiveness and scalability make it a strong candidate for replacing lithium-ion cells in large applications.

The COLP3100 is a high-capacity sodium-ion battery cell designed for demanding energy storage needs. It features advanced materials to support long cycle life and enhanced safety performance. With a larger energy output, it is suitable for industrial energy storage, microgrids, and backup systems. The cell maintains stability across various temperatures and charge cycles. Its cost-effectiveness and scalability make it a strong candidate for replacing lithium-ion cells in large applications.