Passive Power Filters | Industrial plants, power substations | Rated Voltage: 10kV (Industry: 6.6kV) ▲▲ Harmonic Suppression: 95% (Advanced) vs 85% (Base) (IEC 61000-3-2) Material: Stainless Steel (Advanced) vs Steel (Base) ▲ (Industry uses carbon steel) | Advanced: Superior harmonic mitigation (95%) and 2x corrosion resistance (ASTM G150). Base: Cost-effective for standard needs. | Advanced version may have higher upfront cost. |
Active Power Filters | Data centers, IT facilities | Real-Time Harmonic Compensation (Industry: Passive only) ▲▲ Rated Voltage: 480V (Industry Standard) Compact Design: 20% smaller than industry average (IEC 61800-3) | Dynamic harmonic correction and space efficiency. | Higher maintenance costs and requires continuous power supply. |
Transformer-Based Systems | Substations, voltage conversion grids | Voltage Transformation: 10kV → 480V (Industry Standard) Harmonic Mitigation: None (Requires external filters) | Essential for voltage step-down in grids. | No inherent harmonic suppression; may degrade performance without filters. |
Circuit Breaker Panels | Commercial/residential buildings | Overcurrent Protection (Industry Standard) Harmonic Tolerance: 5% (Industry: 3%) ▲ | Ensures safety and equipment protection. | Ineffective against harmonic-induced overheating. |
Surge Protection Devices | Telecom, server rooms | Surge Current Rating: 100kA (Industry: 80kA) ▲ Response Time: <1ns (Industry: <5ns) ▲▲ | Rapid (<1ns) surge protection for critical equipment. | Does not address harmonics or voltage fluctuations. |
UPS Systems | Hospitals, critical infrastructure | Backup Runtime: 2h (Industry: 1h) ▲ Harmonic Tolerance: 10% (Industry: 5%) ▲ | Ensures uninterrupted power during outages. | Harmonics may reduce battery lifespan. |