If your business is experiencing rising energy costs, voltage fluctuations, or unexpected equipment failures, poor power factor and reactive power issues might be the culprit. Many companies continue to rely on traditional Power Factor Correction (PFC) systems, but these outdated solutions often struggle to keep up with modern electrical demands. That’s where Static VAR Generators (SVGs) come in!
Understanding the Power Factor Challenge
Power factor is a measure of how effectively electrical power is being used. A poor power factor means your system is drawing more current than necessary, leading to increased energy bills, excessive strain on equipment, and even penalties from utility providers.
Traditional PFC systems, such as capacitor banks, have long been used to correct power factor. However, they come with limitations, including slow response times, step-based compensation, and susceptibility to harmonic distortion. These drawbacks can lead to inefficiencies in dynamic industrial environments where power loads fluctuate rapidly.
The Advantages of Static VAR Generators (SVGs)
- ✅ Immediate Response to Load Changes – Unlike capacitor banks that switch in steps, SVGs respond in real-time, instantly injecting or absorbing reactive power as needed. This ensures consistent power factor correction even in rapidly changing conditions.
- ✅ Accurate and Continuous Power Factor Control – Traditional PFCs operate in fixed increments, often leading to overcorrection or undercorrection. SVGs provide seamless, real-time adjustments to maintain an optimal power factor at all times.
- ✅ Harmonic Compensation – Traditional capacitor banks can sometimes amplify harmonics, leading to poor power quality. SVGs actively help in mitigating harmonics, improving overall system performance and preventing interference with sensitive equipment.
- ✅ Voltage Stability and Flicker Reduction – SVGs help stabilise voltage levels and reduce flicker, which is particularly beneficial in industries with highly variable loads such as manufacturing, data centers, and healthcare facilities.
- ✅ Lower Maintenance and Compact Design – Because SVGs use power electronics instead of mechanical switches, they require far less maintenance than capacitor banks. Additionally, they have a smaller footprint, making installation more flexible.
How We Can Help
At Premium Power, we specialise in power quality analysis and solutions tailored to your business needs. Our team conducts detailed power studies to diagnose inefficiencies and recommend the best technologies, whether it’s Static VAR Generators, harmonic filters, or advanced reactive power compensation systems.
By working with us, you’ll benefit from lower energy costs, improved power stability, and enhanced equipment longevity—all while avoiding penalties from utility companies due to poor power factor.
Take Action Today
Are you ready to optimise your power system? Don’t let poor power factor drain your resources! Contact us for a comprehensive power quality assessment, and let’s build a smarter, more efficient electrical infrastructure together.
📩 Get in touch with us today to learn more!
