Modified Sine Wave Inverters | Home appliances, basic electronics | Output: 800W (Base) ▲ 1000W (Advanced) Waveform: Modified sine (IEC 61000-3-12 Class D) Input: 5V DC | Cost-effective, lightweight, supports small appliances (e.g., lamps, fans). | Incompatible with sensitive devices (e.g., medical equipment), higher harmonic distortion. |
Pure Sine Wave Inverters | Sensitive electronics, medical devices | Output: 1000W+ (Industry Standard) Waveform: Pure sine (IEC 61000-3-2 Class A) Input: 12V/24V DC | Works with all devices, quieter operation, lower noise (e.g., 43 dBA). | Higher cost, bulkier design. |
High-Power Inverters | Industrial tools, home backup systems | Output: 2000W+ (Industry Standard) Phase: Single/Three-phase Efficiency: 90% (Base) ▲ 95% (Advanced) | Handles heavy loads (e.g., air conditioners), robust for commercial use. | Expensive, requires professional installation, larger footprint. |
Portable Compact Inverters | Camping, travel, emergency kits | Output: 500W (Base) ▲ 800W (Advanced) Size: 200mm×150mm×50mm (ISO 2289-compliant) Weight: 2kg (lightweight) | Easy to carry, ideal for outdoor use, battery-friendly. | Limited power capacity, may overheat under prolonged use. |
Home UPS Systems | Continuous power backup for homes/offices | Output: 1000W+ (Industry Standard) Battery Backup: 1–2 hours (Base) ▲ 4–6 hours (Advanced) Auto Switching | Uninterrupted power during outages, protects devices from voltage spikes. | Higher upfront cost, requires battery maintenance, bulkier. |
Industrial Inverters | Commercial/Factory Applications | Output: 5000W+ (Industry Standard) Efficiency: 92% (Base) ▲ 98% (Advanced) Protection: Overload/Short-Circuit | High durability, scalable for large facilities, meets industrial safety norms. | Extremely expensive, complex setup, not portable. |