Output Waveform Type | Powering sensitive electronics | - Industry: Modified Sine Wave (IEC 61000-3-2)
- Our Base/Advanced: Pure Sine Wave (IEEE 1410-2018 compliant) ▲▲
| Ensures compatibility with all devices (e.g., laptops, medical gear) Reduces electrical noise (quieter operation) | Slightly higher cost than modified sine inverters |
Power Output Capacity | Running heavy appliances (e.g., microwaves) | - Industry: Up to 1000W (IEC 60038)
- Our Base: 1000W
- Our Advanced: 2000W ▲▲▲ (doubles capacity)
| Supports simultaneous use of high-power devices (e.g., air conditioners) | Larger size/weight; requires larger battery systems (e.g., 200Ah+ batteries) |
Efficiency | Maximizing battery life in off-grid systems | - Industry: 80% (IEC 62109-1)
- Our Base/Advanced: 85% ▲ (5% improvement)
| Extends runtime by 5-10% compared to standard inverters (e.g., +2 hours on a 12V/100Ah battery) | Higher cost due to advanced cooling/filtration systems |
Certifications | Meeting EU regulatory requirements | - Industry: CE
- Our Base/Advanced: CE + RoHS (IEC 62321) ▲
| Wider market access (EU, North America) Meets stricter environmental standards | Additional certification costs add 10-15% to pricing |
Safety Features | Protecting equipment in harsh environments | - Industry: Basic overload protection
- Our Base: Overload + Battery Protection ▲
- Our Advanced: + Short Circuit Protection ▲▲
| Reduces risk of equipment damage in fluctuating power conditions (e.g., storms) | More complex installation/maintenance requirements |
Versatility (Inverter/Charger) | Solar power systems needing both functions | - Industry: Standalone units
- Our Base/Advanced: Combined Inverter & Charger ▲
| Reduces system complexity (fewer components) Enables simultaneous charging and power delivery | Potential for increased system interdependency and troubleshooting difficulty |