Power Quality

Monitoring and evaluating different aspects of electrical power to make sure it meets certain standards and needs for stable and reliable electrical system operation. Power Quality measures how consistently and reliably the voltage and current are being sent to electrical and electronic equipment.


Power Quality Benefits

Proactive testing improves equipment reliability, energy efficiency, cost savings, and industry standards.

Equipment Longevity
Optimal power quality will help your electronics last longer by reducing deterioration.

Energy Efficiency
Maintaining a consistent and high-quality power source will help you use less energy and save money on your operations.

Reliability & Stability
For uninterrupted operations, a stable power source protects against interruptions and downtime.

Compliance Assurance
Maintain regulatory compliance while meeting industry standards with ease thanks to our measurement solution.


Power Quality Features


Voltage Regulation

The techniques we use provide precise voltage regulation, which stops voltage changes that could damage sensitive equipment.

Harmonic Mitigation

Reduce harmonics to get rid of disruptions and provide a clean power source for the best possible performance of the equipment.

Real-time monitoring

Take advantage of proactive efforts to maintain ideal conditions by monitoring power metrics in real-time.

Power Factor Correction

Optimize power factor to lower energy usage and improve the efficiency of your electrical systems.

How Power Quality Works

Refers to the reliability and consistency of electrical power in a structure or building. It involves maintaining a steady high-quality power source to ensure the best possible performance of electrical equipment.

Voltage Regulation

By eliminating voltage fluctuations, the risk of damage to costly machinery is minimized. These solutions are centered around regulating and stabilizing the voltage delivered to electrical systems.

Harmonic Mitigation

  • In order to maintain a clean and distortion-free power supply and avoid equipment operation disturbances, quality solutions minimize harmonics, which are unwanted distortions in the electrical waveform.

Power Factor Correction

Optimize the power factor, which is a measure of how well electrical power is transformed into usable work; higher power factor leads to lower energy waste and more effective use of energy.

Real-time monitoring

Voltage, current, and frequency are just a few of the critical factors that systems continuously monitor in real-time. Any deviations from optimal power result in instant alerts that enable proactive actions.

Voltage Protection

The prevention of voltage changes increases the lifespan of electrical equipment. Protect against voltage sags (temporary drops) and surges (temporary increases).


In a bid to avoid penalties and ensure that the building operates within set guidelines,  assure compliance with industry standards and regulatory requirements.

Energy Efficiency

  • Energy waste is reduced and total energy efficiency improves with steady power quality. Lower energy costs are associated with efficient electrical systems.

Uninterrupted Operations

A focus on quality keeps operations running smoothly by avoiding disruptions from issues with the power supply. Power supply stability adds to the overall reliability of electrical systems.


Tertiary Education Institution | Energy Management Systems

Energy Management Systems

Do you know the quality of your power?

To find out more and how we can help you optimise your facility, get in contact with our energy specialist at Direct Control.