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Recommended solution: anti-harmonic low-voltage intelligent power capacitor + active filter (APF).
Use anti-harmonic low-voltage intelligent power capacitors to improve power factor.
Since there are a large number of third harmonics in the system, it is recommended to select 14% for the reactive power compensation reactance coefficient, which is that the safety compensation circuit is capacitive at the fundamental frequency and compensates for the fundamental reactive power, and at the harmonic frequencies above the third It is inductive, effectively suppressing the 3rd harmonic resonance and protecting the capacitor.
Active filters filter on-site. In-situ filtering is an effective filtering method of active filters, which can effectively control harmonics; each active filter compensates the harmonics generated by multiple UPSs and switching power supplies on-site to avoid the interference of harmonics on important equipment and improve System capacity and use efficiency improve the reliability of the system.
Avoid system resonance, protect reactive power compensation capacitors, and ensure the stability of reactive power compensation equipment;
Effectively control harmonics and avoid interference to communication equipment;
Reduce energy consumption and reduce power operating costs;
Ensure data security in the data center computer room;
The high quality of power quality ensures the stable operation of communication equipment.
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