Efficient Power Factor Correction Solutions

Overview

Lauritz Knudsen is a trusted name in Power Quality & Power Factor Correction Solutions, offering one of the widest and most advanced portfolios in the low voltage segment. With over 30 years of domain expertise, we specialize in delivering engineered solutions that perform reliably—even in the harshest industrial environments.

Power Factor Correction Capacitors

Power Factor Correction Capacitors

Our Low Voltage Power Factor Correction capacitors are engineered for superior performance and durability in the harshest industrial environments.

Reactors

Detuned Reactors

Detuned harmonic filters are the series combination of a reactor and power capacitor. This filter offers higher impedance for high frequency harmonics.

Capacitor Switching Device

Capacitor Switching Device

Lauritz Knidsen Gas-filled Heavy Duty Plus capacitors come in cylindrical configurations, ranging from 3 to 30 kVAr. With a lifespan of 150,000 hours, these Heavy Duty Plus capacitors offer durability and reliability. After an extensive drying process, they are filled with an inert gas to safeguard against corrosion of internal components. These capacitors boast an impressive inrush withstand of 300 times In and an overload withstand capacity of 1.8 times In. Safety features include an over-pressure disconnector and self-healing mechanisms. Their compact design ensures efficient space utilisation.

Harmonic Solution

Harmonic Solution

Lauritz Knidsen Gas-filled Heavy Duty Plus capacitors come in cylindrical configurations, ranging from 3 to 30 kVAr. With a lifespan of 150,000 hours, these Heavy Duty Plus capacitors offer durability and reliability. After an extensive drying process, they are filled with an inert gas to safeguard against corrosion of internal components. These capacitors boast an impressive inrush withstand of 300 times In and an overload withstand capacity of 1.8 times In. Safety features include an over-pressure disconnector and self-healing mechanisms. Their compact design ensures efficient space utilisation.

APFC Relays

APFC Relays

APFC systems maintain near-unity power factor by switching capacitor banks based on load conditions. Advanced APFC relays use microprocessor-based algorithms and thyristor switching for rapid response, eliminating transients and ensuring compliance with utility norms.

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