Load Study & Harmonic Analysis
Understand Your Electrical System Before Choosing a Solution
Electrical systems with varying and nonlinear loads often suffer from unexpected harmonic distortion, poor power factor, voltage variations, overloading, and energy losses. Without precise diagnostic data, selecting the right equipment is guesswork. ActiveSine performs authoritative load studies to uncover root causes and prescribe the exact solution.
Class-A Power Quality Audits
Hidden Distortions & Inadequate Sizing
Electrical systems with varying and nonlinear loads can experience harmonic distortion, poor power factor, voltage variations, overloading, and unexpected losses.
Without understanding the actual load behaviour, investing in generic capacitor banks or unverified filters often leads to resonance, burnt components, and continued utility penalties.
Data-Driven Root Cause Identification
ActiveSine evaluates measured parameters including load profile, harmonic distortion spectrum, current, voltage, power factor, reactive power demand, and unbalance.
Based on the measured data, we identify the exact root cause and recommend the appropriate, technically suitable solution—whether it is AHF, SVG, APFC, RTPFC, or a Hybrid system.
4-Step Power Quality Audit Process
Structured diagnostic testing ensuring zero disruption to ongoing plant operations.
On-Site Data Logging
Installation of calibrated Class-A power quality analyzers at PCC (Point of Common Coupling) and critical feeder distribution boards for continuous 24-168 hours logging.
Harmonic Spectrum & Waveform Capture
High-resolution recording of voltage & current waveforms, Total Harmonic Distortion (THD-V, THD-I), individual orders up to the 50th, and resonance patterns.
kVA Demand & PF Profiling
Detailed trend analysis of active (kW), reactive (kVAR), and apparent (kVA) power profiles, unbalance, voltage sags, swells, and transient events.
Comprehensive Engineering Report
Detailed report benchmarked against IEEE 519 and CEA regulations with clear, actionable recommendations (AHF vs SVG vs APFC vs RTPFC sizing).
Schedule a Load Study for Your Facility
Our certified power engineers visit your site with state-of-the-art analyzers.