Low-voltage capacitor cabinet
The low-voltage capacitor compensation cabinet consists of a cabinet body, busbar, fuse, capacitors, reactor, and an automatic power factor compensation control device.
- Details
- Parameter
-
A capacitance compensation cabinet (foreign name: Capacitance compensation cabinet) is a device used in power systems to balance inductive loads. By connecting capacitors in parallel, it counteracts inductive currents, thereby improving the power factor of the grid, reducing line losses, and enhancing voltage quality. Its main technical parameters include rated voltages of AC 6 kV and 10 kV. The core component is a capacitor capable of storing electrical charge; contactors are employed to enable rapid switching of capacitor banks. The cabinet is equipped with overvoltage, overcurrent, and short-circuit protection devices.
The low-voltage capacitor compensation cabinet consists of a cabinet body, busbars, fuses, capacitors, reactors, and an automatic power factor correction control device. It includes models such as ES-2010 (thyristor zero-crossing triggering), ES-2011 (harmonic suppression), ES-2012 (metallized film capacitors), and ES-2013 (fixed compensation), which are suitable for applications including low-voltage dynamic compensation, automatic compensation in high-voltage systems, large-power motors, and stable substations with fluctuating loads. The outdoor container-type capacitor bank features a compact design, enabling sea transportation and rapid on-site assembly, and is applicable to both grid networks and user distribution systems. The maximum operating ambient temperature for the capacitors is 40℃, and the internal dielectric temperature must remain below 70℃.
Keywords:
Low-voltage capacitor cabinet
Online Quotation
Attention: Please leave your phone number or email address, and our professionals will contact you as soon as possible!