China-sourced manufacturer supply of automotive-grade 3.67V 53.5Ah Hybrid Solid-Liquid (HSL) pouch battery cell IXP0535M, engineered for high-drain electric motorcycles, cold-chain AGVs, and high-energy commercial storage systems.

The FE50K is an automotive-grade 3.2V 50Ah LiFePO4 pouch battery cell engineered for high-drain e-motorcycles, AGVs, and energy storage systems. Featuring a slim 10.35×160×260mm planar geometry for superior heat dissipation, it delivers 100A (2C) continuous discharge across a -20°C to 60°C operating range. Graded through rigorous 4-parameter testing, it ensures exceptional capacity consistency and a> 2,000-cycle life for demanding commercial battery pack assembly.

The automotive-grade 3.2V 50Ah LiFePO4 pouch cell is engineered for high-drain e-motorcycles, AGVs, and commercial ESS. Featuring an advanced 10.35×160×260mm planar stacking architecture for superior heat dissipation, it delivers 100A (2C) continuous discharge with ultra-low internal impedance. Backed by rigorous automated 4-parameter grading (Capacity, OCV, ACIR, K-value) to ensure tight multi-cell batch consistency, it provides a highly reliable, integration-ready core component for heavy-duty battery packs.

The ANAS IXP0450M is a next-generation 3.65V 45Ah Hybrid Solid-Liquid (HSL) pouch battery cell engineered for high-performance e-mobility and extreme-climate energy storage. Featuring advanced solid-state composite electrolyte technology, it delivers sustained 135A (3C) high-rate discharge, sub-zero -30°C operation, and over 2,500 deep cycles. Available for factory-direct bulk orders, custom tab laser welding, and OEM battery pack integration.

The ANAS FE45C is an automotive-grade 3.2V 45Ah Lithium Iron Phosphate (LFP) pouch battery cell engineered for commercial e-mobility and modular energy storage. Using precision planar stacking technology, it delivers sustained 90A (2C) high-rate discharge, an ultra-wide -20°C to 60°C operating window, and over 2,000 deep cycles, with verified 100% SOC nail-penetration non-ignition safety. Available for factory-direct bulk orders, custom tab laser welding, and OEM battery pack integration.

The ANAS FE45A is an automotive-grade 3.2V 45Ah Lithium Iron Phosphate (LFP) pouch battery cell engineered for commercial e-mobility and modular energy storage. Using precision planar stacking technology, it delivers sustained 90A (2C) high-rate discharge, an ultra-wide -20°C to 60°C operating window, and over 2,000 deep cycles, with verified 100% SOC nail-penetration non-ignition safety. Available for factory-direct bulk orders, custom tab laser welding, and OEM battery pack integration.

The ANAS FE40K is an automotive-grade 3.2V 40Ah Lithium Iron Phosphate (LFP) pouch battery cell engineered for commercial e-mobility and modular energy storage. Using precision planar stacking technology, it delivers sustained 80A (2C) high-rate discharge, an ultra-wide -20°C to 60°C operating window, and over 2,000 deep cycles, with verified 100% SOC nail-penetration non-ignition safety. Available for factory-direct bulk orders, custom tab laser welding, and OEM battery pack integration.

The ANAS FE40E is an automotive-grade 3.2V 40Ah Lithium Iron Phosphate (LFP) pouch battery cell engineered for commercial e-mobility and modular energy storage. Utilizing precision planar stacking technology, it delivers sustained 80A (2C) high-rate discharge, an ultra-wide -20°C to 60°C operating window, and over 2,000 deep cycles with verified 100% SOC nail-penetration non-ignition safety. Available for factory-direct bulk orders, custom tab laser welding, and OEM battery pack integration.

The ANAS FE40D is an automotive-grade 3.2V 40Ah Lithium Iron Phosphate (LFP) pouch battery cell engineered for commercial e-mobility and modular energy storage. Using precision planar stacking technology, it delivers sustained 80A (2C) high-rate discharge, an ultra-wide -20°C to 60°C operating window, and over 2,000 deep cycles, with verified 100% SOC nail-penetration non-ignition safety. Available for factory-direct bulk orders, custom tab laser welding, and OEM battery pack integration.