Steel and Cement Industries
Textile Industries
Process Industries
Automobile
Railway / Metro
Solar Farms
Power Factor Improvement
KVAH Billing Reduction
Captive Power PF Improvement
Harmonics Mitigation
Drives Harmonic Mitigation
Unbalance Compensation
Active Harmonic Filter
Static VAR Generator
Modular AHF
Modular SVG
Smart Hybrid Active Filter
APFC
RTPFC
Power Quality Study
Energy Audit
Harmonics Analysis
Product Support
Introduction
Specifications reflect not just numbers, but how effectively a system integrates, responds to load changes, and protects equipment. InPhase Hybrid Filters are designed for high precision and reliability.
Overview of Specifications
| Parameter | InPhase Hybrid Filter |
| Reactive Power Compensation | Up to 2 MVAR, modular & scalable |
| Harmonic Mitigation | Effective up to 50th order harmonics |
| Switching Response Time | < 10 milliseconds |
| System Efficiency | > 98% |
| Operating Voltage Range | 415V ±10% |
| Cooling System | Intelligent air-cooled mechanism |
| Communication Protocols | Modbus RTU / TCP-IP / Ethernet |
| Compliance Standards | IEEE 519, IEC 61000, CEA norms |
Detailed Explanation of Key Specifications
- Reactive Power Compensation – Up to 2 MVAR
Industries with motors, drives, and furnaces require reactive power compensation. InPhase Hybrid Filters provide up to 2 MVAR, with modular scalability. - Harmonic Mitigation – Up to 50th Order
Nonlinear loads generate harmonics that can overheat equipment and trigger tripping. HHFs mitigate harmonics up to 50th order, ensuring IEEE 519 compliance. - Switching Response Time – < 50 ms
Dynamic industrial loads require fast filter response to prevent voltage dips and flickers. InPhase filters respond almost instantly. - System Efficiency – >98%
High efficiency reduces energy losses, contributing to cost savings and sustainability goals. - Operating Voltage Range – 415V ±10%
Filters perform reliably under voltage fluctuations, ensuring uninterrupted protection. - Cooling Mechanism – Intelligent Air Cooling
Optimal thermal management prevents overheating, extends lifespan, and reduces maintenance complexity. - Communication Protocols – Modbus / Ethernet
Real-time monitoring, SCADA integration, and predictive maintenance are enabled through built-in connectivity. - Compliance with Global Standards
- IEEE 519: Harmonic control
- IEC 61000: Electromagnetic compatibility
- CEA norms: Power quality in India
Case Example: Steel Plant in Maharashtra
Installation of 2 MVAR filters reduced transformer overheating by 40%, improved PF from 0.78 to 0.96, and saved ₹18 lakhs annually.
Frequently Asked Questions
- Why is 10 ms response time important? Ensures system stability during rapid load changes.
- Is 2 MVAR sufficient for large industries? Modular design allows multiple units for higher capacities.
- How does IEEE 519 compliance help? Prevents penalties and ensures grid compatibility.
- Can filters be monitored remotely? Yes, via SCADA and built-in communication interfaces.
Conclusion
Technical specifications define performance, reliability, and ROI. InPhase Hybrid Filters translate specifications into real-world benefits: reduced costs, equipment protection, and compliance.
📩 Contact InPhase technical team for datasheets or customized solutions.