HiTHIUM makes industry history today at ESIE 2025 with the groundbreaking launch of its ∞Cell 587Ah energy storage battery (73.5×286×216mm) and the revolutionary ∞Power 6.25MWh 2h storage system. The ∞Cell 587Ah enters global sampling this April, with system mass production commencing H2 2025.

Industry First: HiTHIUM collaborates with five top-tier partners to jointly exhibit this battery - marking the first-ever multi-company standardization of 587Ah battery dimensions. This unprecedented industry alignment positions the ∞Cell 587Ah for immediate mass adoption, accelerating its emergence as the new global standard for large-scale energy storage.

Engineering Breakthrough: The 587Ah Perfect Formula  

Facing the industry's critical challenge of optimizing capacity, safety and cost within standard 20-foot containers, HiTHIUM engineers conquered five key boundaries:

- Spatial constraints (20' container limits)

- Weight thresholds (50t shipping cap)

- Voltage ceilings (1500V systems)

- Architecture optimization

- LFP chemistry balancing

Our 415Wh/L "Goldilocks" energy density delivers unbeatable LCOS while ensuring performance stability. AI-powered analysis confirms 4-column/8-cluster topology as the optimal architecture for 6MWh+ systems.

The 587Ah capacity represents the mathematical sweet spot for system efficiency, while the 73.5×286×216mm form factor achieves unprecedented:

- 94.5% round-trip efficiency

- 10,000+ cycle lifespan

- Full GB/T & UL certification

- 6.5% volumetric density gain vs 314Ah cells

∞Power 6.25MWh 2h System: The New Storage Paradigm  

Built on our ∞Pack+ Universal Platform, this containerized solution delivers:

✔ Plug-and-play standardization  

✔ Maintenance revolution:  

   - 90% fewer service hours with external active balancing  

   - 60% faster repairs via innovative 3-way cutoff valves  

✔ Military-grade safety:  

   - Advanced thermal barriers exceeding GB/T 36276-2023  

   - SIL2-certified dual-security BMS  

✔ 15% footprint reduction vs 5MWh systems  

✔ Future-proof adaptability with minimal integration R&D