ANAS IXP0450M 3.65V 45Ah HSL Pouch Battery Cell for OEM & Wholesale

Hybrid Solid-Liquid (HSL) Electrolyte Architecture

Integrates an advanced hybrid solid-state electrolyte matrix that significantly decreases volatile liquid solvent content. The solid-liquid composite network enhances electrode-electrolyte interfacial stability, prevents dendritic penetration, and ensures superior intrinsic safety under severe mechanical deformation.

Ultra-High 3C Sustained Discharge Rate

Delivers continuous high-rate power output up to 135A (3C continuous drain) with ultra-low internal electrochemical polarisation. Ideal for high-performance electric motorcycles requiring rapid 0-100 km/h acceleration without sudden voltage sag or excessive thermal throttling.

Sub-Zero -30°C Cryogenic Operation & 2,500+ Cycles

Maintains active lithium-ion transport kinetics in extreme sub-zero climates, supporting charging down to -15°C and full discharge at -30°C. Validated through full-lifecycle endurance testing to exceed 2,500 deep cycles (1C/1C, 100% DOD) with≥80% capacity retention.

High-Performance E-Mobility

• 125cc-Class High-Speed Motorcycles: Matches 4.5kW rated / 9.0kW peak powertrains requiring 3C high-current burst acceleration.
• Cold-Climate Delivery Fleets: Sub-zero urban delivery mopeds operating reliably in winter conditions down to -30°C.
• High-Payload Electric Trikes: Provide steady voltage under heavy 275kg loads and 30% steep incline climbing.
• Urban Rapid Swapping: High energy-density cells cutting pack weight by ∼20% for ergonomic fleet battery swapping.

Extreme-Climate & Robotics

• Cold-Storage Warehouse AGV / AMR: Autonomous logistics robots running continuously in sub-zero refrigerated facilities.
• High-Altitude & Arctic Telecom Stations: Reliable backup power cabinets functioning in extreme alpine and northern climates.
• High-Density Modular ESS: Lightweight battery banks scalable up to 30 packs in parallel with master-slave communication.
• Off-Grid Microgrid Buffers: Resilient energy storage coupled with distributed solar arrays subject to harsh outdoor weather.

Q: What are the primary advantages of HSL Hybrid Solid-Liquid chemistry over conventional LFP?

A: HSL cells achieve higher gravimetric energy density (654g vs ∼815g for 45Ah), continuous 3C discharge rate (135A), sub-zero operating capability down to -30°C, and extended 2,500 cycle longevity, making them the preferred choice for premium high-performance and cold-climate applications.

Q: What cell grading tolerance is guaranteed for bulk procurement?

A: Every production batch undergoes automated 4-parameter classification: capacity binning, Open Circuit Voltage (OCV), AC Internal Resistance (ACIR), and K-value self-discharge monitoring. Shipped cells share tightly matched curves, reducing BMS passive balancing time.

Q: What international certifications and overseas warranty channels are established?

A: Shipments include full UN38.3 transport safety certification, MSDS declarations, and CE compliance documentation. Additionally, ANAS operates a dedicated European After-Sales Service Centre in Milan, Italy, to handle technical support, warranty RMA, and local engineering inquiries.