Capacity | EVs, Solar Storage, Industrial Systems | Industry: 100–200 Ah (ISO 14501) Our Base: 280 Ah (▲) (40% higher) Our Advanced: 340 Ah (▲▲) (70% higher) | Longer runtime between charges; supports high-power applications | Larger physical footprint; higher upfront cost compared to lower-capacity options |
Cycle Life | Solar Storage, Grid Backup | Industry: 2000–3000 cycles (IEC 61427) Our Base: 5000 cycles (▲) Our Advanced: 10,000 cycles (▲▲) | Reduced replacement costs over time; durable for frequent use | Higher initial investment due to advanced cell chemistry |
Safety Certifications | Regulated Markets (EU, etc.) | Industry: Basic CE, UN38.3 Our Base: CE, UN38.3 + EPR Germany/France/Spain (▲) Our Advanced: All above + RoHS, MSDS (▲▲) | Compliance with stringent regulations (e.g., EU EPR) Reduced liability risks | Increased manufacturing complexity and cost due to certifications |
Modular Design | Custom Power Systems, Data Centers | Industry: Limited scalability Our Base: Stackable up to 12 units (IEC 62619) (▲) Our Advanced: Stackable up to 24 units (▲▲) | Flexible power configurations; easy scalability for growing needs | Requires professional installation and wiring expertise |
Chemical Resistance | Harsh Environments (Chemical Plants) | Industry: Basic corrosion resistance Our Base: ASTM E162 flame resistance (▲) Our Advanced: ASTM E162 + ASTM D543 chemical exposure (▲▲) | Withstands extreme conditions (e.g., humidity, corrosive chemicals) | Limited to applications requiring specialized durability |
Weight/Portability | Mobile EVs, Portable Generators | Industry: 15–20 kg/Ah (ISO 5817) Our Base: 12 kg/Ah (▲) (20% lighter) Our Advanced: 10 kg/Ah (▲▲) (50% lighter) | Lighter than lead-acid equivalents; easier to transport/install | Still heavier than some lithium variants (e.g., NMC) for ultra-portable use |