Industry Standard VFD | General industrial pumps (e.g., municipal water systems) | Fixed V/F control, 220V input, IP20 protection, torque accuracy ±5% (IEC 60034-30) | Cost-effective, simple installation, widely compatible with basic pumps | Limited torque control, no energy recovery, single voltage input (▲ Base/Advanced have dual voltage) |
Our Base VFD (10kW) | Residential solar water pumps, small industrial systems | Vector control (±3% torque accuracy), dual voltage (220/380V), IP54 protection, energy recovery (15% savings) | Enhanced torque control, dual voltage flexibility, energy savings (▲▲ vs Industry Standard) | Lower power capacity, no multi-motor support, higher cost than basic models |
Our Advanced VFD (22kW) | Large commercial solar pumps, heavy-duty industrial systems | Enhanced vector control (±1.5% torque accuracy), IP65 protection, multi-motor support (4 motors), energy recovery (25% savings) | Highest precision, robust IP65 (▲▲▲ vs Base), scalable for complex setups | Higher upfront cost, requires skilled installation |
High-Torque Competitor VFD | High-load pumps in mining/agriculture | Vector control (±2% accuracy), 380V only, IP55 protection | Superior torque for heavy loads, durable design (▲▲ vs Industry Standard) | Single voltage, no energy-saving features, limited scalability |
Basic VFD (Budget Option) | Small residential pumps | V/F control, 220V input, IP20 protection | Lowest cost, minimal maintenance requirements | Poor energy efficiency (▲ Base/Advanced save 15–25%), no advanced control modes |
Energy-Efficient Industry Trend | Eco-conscious industrial applications | Adaptive control algorithms, dual voltage (220/380V), energy savings up to 20% (IEC 60034-30-2) | Significant energy reduction (▲▲ Advanced), aligns with sustainability goals | Higher upfront cost, requires specialized setup for optimal efficiency |