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A component used to add reactance to an alternating-current circuit, such as a coil, winding, or cable with low resistance. 3. a vessel for a chemical reaction used in industry.
A reactor is comparable to a large, sophisticated tea kettle. Atoms are split in nuclear facilities to convert water into steam. To produce power, a turbine is turned by steam. It’s that easy, but it does require complex machinery and a team that has undergone extensive training.
Detuned reactors minimise overloading capacitors and harmonic amplification brought on by resonance, which considerably lowers voltage and current harmonic distortion in the network.
As power factor correction chokes, detuned reactors are employed. By adjusting the series oscillator circuit to a non-critical frequency, they minimise undesired resonance rises and produce better defined network conditions. Low inductance tolerance is a property of detuned reactors.
Therefore, using a detuned reactor in series with a capacitor will provide increased harmonic impedance, reducing the chance of overloading the capacitor. Detuned reactor’s inductance value is chosen so that resonance frequency is less than 90% of spectrum’s prominent harmonic.
The type of harmonic filter that is frequently used to reduce harmonic distortion is the single-tuned filter and the detuned reactor. Additionally, the harmonic filter benefits the system’s power factor and voltage profile.
The Global Detuned Reactors market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
100kVAr L&T detuned reactors.
Reactor and power capacitors combined in series provide detuned harmonic filters. Higher impedance for high frequency harmonics is provided by this filter.This stops harmonic amplification and resonance.
7% reactor reduces fifth harmonic and higher. For businesses that use drives, converters, and other power electronics.3rd harmonic and higher are mitigated by 14% reactor for IT sectors and high single-phase non-linear load industries.
Range: 440V AC, 5-100kVAr,There are 7% (189 Hz) and 14% (133 Hz) detuned filters available.
Aluminum & Copper coiled reactors.Very little operational losses (between 3 and 5 W/kVAr),1.8 times the rated current and high linearity,low volume,Thermal auto-cutoff.
