Power quality solutions address variations in voltage and current that impact the reliability of electrical systems. Issues arise when the power supplied doesn’t match what sensitive loads require, often due to the growing use of power electronics and other non-linear loads, which can introduce harmonics and reduce overall distribution efficiency.
The consequences of poor power quality can be significant equipment overheating, overloading of neutral conductors, skin effect losses, nuisance tripping of circuit breakers, and general performance degradation. Improving power quality is essential for stable, efficient operations.
We design, manufacture, supply, and commission a complete range of power quality products and associated equipment to ensure clean, stable power supporting uptime, efficiency, and asset longevity.
We design, supply, install, and commission power quality systems that correct issues caused by non-linear loads and power electronics such as harmonics, low power factor, voltage instability, and nuisance trips. Our solutions improve efficiency, protect assets, and enhance overall electrical reliability.
End-to-end solutions to improve power factor, reduce harmonics, and protect motors and drives engineered for reliability, safety, and long service life.
CRCA powder-coated MS enclosure, fully wired with self-healing MPP capacitors, duty/thyristor switched contactors, APFCR, forced ventilation, complete switchgear, AL/CU busbar, and IP protection. .
HT capacitor + HT reactor in single or double star, integrated with NCT/RVT, engineered as a detuned bank to stabilise PF for dynamic loads and mitigate harmonics on MV systems.
Precise compensation up to the 50th harmonic order with reactive power optimisation. Suits a wide range of industrial feeders and non-linear loads.
CRCA enclosure with self-healing MPP capacitors, reactors, capacitor duty contactors, APFCR, AL/CU busbars and IP protection.
IGBT-based converter combined with detuned stages for fast, stable compensation of harmonics and PF.
Converts VFD PWM to a smooth sine wave; mitigates high dv/dt, cable ringing, motor overheating, and eddy current losses; extends bearing and insulation life.
Designed to limit voltage rise (dv/dt) from drives, reducing insulation stress and improving system longevity.
Automatic power factor correction equipment is widely used in industry to ensure optimal utilization of the electrical network. Typically, such power factor correction involves an automatic controller that monitors the incoming phase to a plant and switches banks of capacitors to maintain a target power factor.
Our Solutions
We design, supply, integrate, and service power quality panels and systems that protect equipment, improve efficiency, and maintain stable, compliant electrical performance across industrial and commercial sites.
Purpose: Reduce harmonic distortion from nonlinear loads (VFDs, LED lighting, UPS, etc.).
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Purpose: Compensate reactive power to improve power factor and system efficiency.
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Purpose: Stabilize voltage and rapidly correct sags/momentary interruptions to protect critical loads.
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Purpose: Protect electrical systems from transient overvoltages due to lightning, switching, or disturbances.
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Purpose: Provide backup power in case of grid failure or power disruptions.
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Purpose: Simulate full load on an electrical system or generator to verify performance.
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Purpose: Monitor, control, and optimize energy consumption across different systems.
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Purpose: Convert supply frequency (e.g., 50 Hz to 60 Hz) to match equipment requirements.
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Purpose: A comprehensive solution integrating multiple power quality devices into one panel.
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Reduces stress on electrical equipment, leading to longer operational life.
Prevents power quality disturbances that could lead to production stops or equipment failure.
Improves energy efficiency, reduces electricity bills, and avoids penalties for low power factor.
Ensures compliance with industry standards and regulations (e.g., IEEE, IEC).
Need reliable electrical solutions? Contact us today for expert service!
A standards-driven workflow covering PQ audits, design & simulation, manufacturing, installation and commissioning of PFC, RTPFC, Active/Passive/Hybrid Filters, and sine-wave/dv/dt solutions.
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Site survey, load profiling, data logging; THD/voltage flicker/imbalance checks; PFC requirement study; compliance gap to IEEE 519/IEC standards; risk & savings report.
Filter topology selection (Active/Passive/Hybrid, detuned/tuned); kvar/Amp sizing; NEPLAN-based studies; protection coordination; panel GA & BOM; performance guarantees vs targets.
Panel fabrication (APFC/RTPFC/AHF/Hybrid/Sine-wave/dv/dt); wiring & functional tests; controller programming; FAT with test reports; logistics & site readiness checklist.
Mounting, cabling, earthing; protection & interlocks; tuning & baseline THD/PF verification; SCADA/PQ meter integration; O&M training; final compliance report & after-sales support plan.
Past Project Experience
2024
Location : Fiji
2023
Location : Fiji
2022
Location : Fiji
2021
Location : Fiji
2020
Location : Australia
2017
Location : Fiji
About us
iEngineering is your trusted partner for advanced electrical and energy solutions across Australia, Fiji, and India. We deliver high-quality hardware products from switchboards and transformers to solar, BESS, and EV charging systems backed by expert engineering, reliable installation, and dedicated local support.
At iEngineering Australia, our mission is to enhance efficiency, ensure quality control, and deliver customer satisfaction through innovative engineering solutions. We are committed to global standards and sustainable solutions that create long-term value for our clients and communities.
Our vision is to be a global leader in engineering solutions, driving industry leadership, innovation, and customer-centric growth. We aim to inspire through global influence, foster expansion and growth, and play an inspirational role in shaping the future of engineering.
Our values guide everything we do: integrity & ethics, a strong commitment to quality, and diversity & inclusion. Safety, reliability, and continuous improvement are the cornerstones of our success, enabling us to deliver trusted and innovative solutions worldwide.
Our Journey
Founded in 2013, iEngineering Australia delivers a comprehensive range of high-quality electrical and energy hardware solutions tailored for Australian and Pacific conditions. From design and engineering to manufacturing, testing, and commissioning support, we ensure every product whether switchboards, transformers, solar systems, or EV chargers is safe, reliable, and built to last.
Where We Operate
iEngineering Australia operates across Australia, Fiji, and India, delivering reliable technology and asset management solutions to organizations of all sizes-from local enterprises to large multinational companies.
Phone: +61 (02) 8318 1490
Email: enquiries@iengaust.com.au
Warawara Cct, Quakers Hill NSW 2763, Australia
View mapPhone: +91 9168627258
Email: shila@iengaust.com.au
Navale IT Zone, Office No. 501, 5th Floor, A-Wing, Near Navale Bridge, Mumbai-Bangalore Highway, Narhe, Pune – 411041.
View mapPhone: +679 9488589
Email: enquiries@iengaust.com.au
Lot 17, River Drive, Pacific Harbour, Navua, Suva, Fiji.
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