Power Capacity | Remote homes, farms, small businesses | Industry: 4kW (Typical for standard off-grid systems) Our Base: 5kW ▲ (Supports up to 5kW loads) Our Advanced: 8kW ▲▲ (Handles larger energy demands) | Supports diverse energy needs (e.g., powering HVAC systems or workshops). | Higher-tier models may require larger battery arrays and installation costs. |
Inverter Efficiency | Energy-constrained systems | Industry: 93% (Average for off-grid inverters) Our: 95%+ ▲ (IEC 61000-3-2 Class D compliant) | Reduces energy loss by 2%, extending battery runtime by ~10%. | Slightly higher upfront cost due to advanced semiconductor technology. |
Voltage Compatibility | Regions with varying grid voltages | Industry: 220V (Limited to single voltage) Our: 220V–230V ▲ (IEC 61000-3-2 compliant) | Works seamlessly in regions with fluctuating grid voltages (e.g., Europe). | No disadvantage noted; universal compatibility is a key advantage. |
Output Waveform | Sensitive electronics (e.g., medical devices) | Industry: Modified sine wave (Typical for budget inverters) Our: Pure sine wave ▲ (THD <3%, IEC 61000-3-2) | Ensures compatibility with precision equipment and reduces motor wear. | Pure sine wave technology increases cost by ~15–20% compared to modified sine. |
Certifications | EU market deployment | Industry: CE-only (Basic compliance) Our: CE + EPR (France/Spain/Germany) ▲ (EPR_France_WEEE, EPR_Spain_Battery, etc.) | Streamlines regulatory approval in EU markets with expanded EPR compliance. | Requires additional documentation for non-EU regions without EPR mandates. |
Output Current | High-load appliances (e.g., HVAC systems) | Industry: 80A (Standard for 4–5kW inverters) Our: 100A ▲ (Supports 230V @ 100A) | Powers heavy-duty appliances without voltage drops. | Requires thicker wiring and circuit breakers rated for 100A+ loads. |