Our process
From power quality measurement to corrected output
Every power quality solution we deliver follows a structured, measurement-driven process — ensuring the solution is validated by data before and after implementation.
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Engineered mitigation systems designed from measured site data — improving power factor, eliminating harmonics, and ensuring compliance with IEEE 519 and EN50160.
pqExcel delivers Power Quality Solutions that are engineered from actual measured data — not catalogue selections. Every solution begins with a power quality audit or measurement study, followed by engineering analysis, and then solution design specific to your load profile and system conditions.
Our solutions address harmonic distortion, poor power factor, voltage instability, and transient events — delivering measurable improvements in electrical system reliability, energy efficiency, and compliance with international standards.
Power quality audit and site measurement using power quality analysers — capturing actual load conditions and disturbance levels
Engineering analysis of measured data — harmonic studies, power factor assessment, and load profile evaluation
Solution design based on analysis — selecting and sizing the right mitigation system for your specific requirements
Post-installation measurement to verify performance against design targets and compliance standards
Every power quality solution we deliver follows a structured, measurement-driven process — ensuring the solution is validated by data before and after implementation.
Five engineered solutions — each addressing specific power quality challenges. Solution selection is based on your measured site data and load profile.
Reactive Power & Harmonic Mitigation
APFC / RTPFC Panel
Reactive power compensation using capacitors and detuned reactors. Contactor-based (APFC) for stable loads; thyristor-based (RTPFC) for dynamic loads requiring transient-free switching.
Static VAR Generator (SVG)
Primary function is reactive power compensation with millisecond response. Harmonic mitigation is also achievable — suitable for arc furnaces, welding, and rapidly varying loads.
Active Harmonic Filter (AHF)
Primary function is harmonic mitigation — reducing THD in real time to meet IEEE 519 and EN50160 limits. Reactive power compensation is also achievable in a single solution.
Hybrid System
Passive component handles base load correction; active component manages dynamic and fluctuating loads in real time. Cost-optimised for complex mixed-load environments.
Electrical Protection
Transient Voltage Surge Suppressor (TVSS)
Surge protectionProtects sensitive and critical equipment from voltage spikes, transients, and lightning surges — preventing damage, unplanned downtime, and production losses across industrial and commercial facilities.
Every power quality solution pqExcel delivers is engineered from actual site data. We do not recommend solutions from a catalogue — we design them from your measured load conditions, harmonic profile, and system requirements.
Post-installation, we validate performance through measurement — confirming that THD, power factor, and compliance parameters meet design targets before handover.
Site measurement using power quality analysers at key points — capturing harmonics, power factor, voltage events, and load profile
Engineering analysis of measured data — identifying disturbance sources and quantifying mitigation requirements
Selection, sizing, and specification of the right mitigation system — APFC, SVG, AHF, Hybrid, or TVSS
Post-installation measurement to verify THD, power factor, and compliance against design targets
Measurable improvements in electrical system performance, energy efficiency, and compliance — delivered through engineered mitigation.
Sustained improvement in power factor — eliminating utility penalties, reducing reactive power charges, and improving the efficiency of your electrical distribution system.
THD levels brought within IEEE 519 and EN50160 limits — reducing heat generation in cables and transformers, improving equipment performance, and extending system life.
Documented compliance with IEEE 519, EN50160, and utility harmonic injection limits — supported by pre and post-installation measurement reports.
Elimination of harmonic-related losses in transformers, cables, and motors — reducing energy consumption and improving overall system efficiency.
Reduced electrical stress on motors, drives, transformers, and sensitive electronics — fewer breakdowns, lower maintenance costs, and extended equipment life.
Critical equipment protected from voltage spikes, surges, and lightning-induced transients — minimising unplanned downtime and production losses.
Talk to our engineers — we'll assess your facility and recommend the right mitigation solution based on measured data.