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Welcome to the Schneider Electric Website

Welcome to our website.

Why power quality matters

Power quality underpins the efficiency and effectiveness of electrical systems. Effective power quality optimises performance, contributes to sustainability, and safeguards investments in equipment and infrastructure.

Our solutions address the most common problems, ensuring that you always have clean, high-quality power for less unplanned downtime, better equipment performance, and lower electricity bills.

Explore the five pillars of optimal power quality

Efficiency and cost savings

Integrate capacitors, synchronous condensers, filters, and monitoring systems to optimise reactive power and improve efficiency. Power factor management reduces capital expenses by optimising system capacity, eliminates utility PF penalties, and lowers losses in transformers and conductors. It also maximises power usage and reduces CO2 emissions.
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Explore our range of products that help improve power factor correction

 

PowerLogic AccuSine™ EVC+

 

PowerLogic™ AccuSine PFV+

 

VarSet LV

We have the solutions to your power quality challenges

See what our customers are saying

Discover how this leading glass manufacturer improved their power quality and reduced their electricity bills by implementing an EcoStruxure™ Power solution based on VarSet Smart capacitor banks, PowerLogic power metres, and EcoStruxure Power Monitoring Expert software.
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1. How can I tell if I have a power quality problem?

Signs of power quality problems can include flickering lights, equipment malfunctions, frequent circuit breaker trips, or unexplained device failures. Monitoring systems can help detect less obvious issues.

2. What can cause poor power quality?

Poor power quality can be caused by various issues, such as electrical surges, voltage sags or swells, harmonic distortion from other devices on the network, or faulty wiring. Most power quality issues originate from within a facility.

3. How do I fix power quality issues?

Fixing power quality issues involves first identifying the problem with power monitoring equipment, then installing appropriate solutions like uninterruptible power supplies (UPSs) and dynamic voltage regulators, or harmonic filters to mitigate the specific issues. Then, with an appropriate energy management system (EMS), discovering the root cause to ensure any underlying issues within a facility are addressed.