Lead-Acid Tubular Gel Batteries (Industry Standard) | Industrial backup, solar systems, grid-tied inverters | Nominal Capacity: 600Ah (ISO 14590) ▲ Cyclic Life: 1,000 cycles (IEC 60896-20) | Cost-effective, maintenance-free, stable performance in harsh environments | Lower energy density (25Wh/kg), slower recharge time, shorter lifespan vs lithium |
Our Base (OPzV 2V 800Ah) | Commercial UPS, small-scale solar farms | Nominal Capacity: 800Ah (▲200Ah from Industry Standard) Cyclic Life: 1,500 cycles (▲500 cycles) | 33% higher capacity, 50% longer lifespan, TÜV Rheinland Certified (Safety & Performance) | Moderate weight (25kg/Ah), requires temperature-controlled storage |
Our Advanced (OPzV 2V 3000Ah) | Large data centers, utility-scale storage | Nominal Capacity: 3,000Ah (▲2,200Ah from Base) Cyclic Life: 2,500 cycles (▲1,000 cycles) | Industry-leading capacity, 2.5x higher cycle life, UL 1973 Certified (Fire Safety) | High upfront cost, requires specialized installation, bulkier footprint |
Lithium-Ion Batteries (Industry Standard) | EVs, high-power applications | Nominal Capacity: 1,000Ah (ISO 14590) Energy Density: 150Wh/kg (IEC 62660-2) | 6x higher energy density, 95% round-trip efficiency, -20°C to 60°C operability | 3x higher cost, requires BMS for thermal safety, shorter lifespan (800 cycles) |
AGM Batteries (Competitor) | Telecom backup, UPS systems | Nominal Capacity: 500Ah (▲100Ah from Lead-Acid Standard) Self-Discharge Rate: 3%/month (IEC 60896-20) | Leak-proof design, faster recharge (4h), vibration-resistant | 25% lower capacity vs tubular gel, 50% shorter cyclic life (700 cycles) |
Flooded Lead-Acid Batteries | Low-cost applications, rural grids | Nominal Capacity: 500Ah (▲100Ah from AGM) Float Voltage: 2.25V/cell (IEC 60896-20) | Cheapest upfront cost, widely compatible with legacy systems | Requires periodic electrolyte refills, prone to sulfation, 50% lower energy density |