SELF-HEALING LOW-VOLTAGE SHUNT CAPACITORS

This capacitor utilizes high-quality polypropylene film combined with trapezoidal coating technology, granting it excellent self-healing properties and capacitance stability. The wave-shaped cutting technology significantly increases the spray-metal contact area, endowing the capacitor with superior surge current withstand capability. Simultaneously, this design increases the installation density per capacitor bank, thereby reducing user costs while shortening installation and connection time. The cylindrical aluminum shell design enhances thermal management and simplifies installation.
Key features include:
Multi-stage safety design
Premium quality and long service life
Easy installation
High surge current resistance
Low annual capacitance decay rate
Minimal temperature rise

LOW-VOLTAGE SERIES REACTOR

Dry-type iron-core series reactors are designed for installation in low-voltage reactive power compensation cabinets, where they are connected in series with capacitors. When low-voltage grids contain substantial harmonic sourcessuch as rectifiers and convertersthese devices generate high-order harmonics that severely endanger the safe operation of main transformers and other electrical equipment. By integrating reactors in series with capacitors, the system achieves:
Effective absorption of grid harmonics, improving voltage waveform quality;
Enhanced system power factor;
Suppression of switching inrush currents and operational overvoltages, thereby ensuring secure capacitor operation

HARMONIC-RESISTANT SMART INTEGRATED POWER CAPACITOR COMPENSATION MODULE (WITH REACTOR)

The device, comprising primarily low-voltage power capacitors, high-performance reactors, highly reliable switching devices, and a control system, utilizes advanced technologies such as microelectronic hardware/software, MicroSensor technology, MicroNetwork technology, and electrical manufacturing techniques to achieve low-voltage reactive power compensation with safety.
Key Features:1.Zero-crossing switching 2.Comprehensive protection against overtemperature, excessive harmonics, phase failure, overvoltage, and undervoltage 3.Effective absorption of grid harmonics, improving system voltage waveform and enhancing the system power factor 4.Suppression of switching inrush currents and operational overvoltages to safeguard capacitor operation 5.Easy expansion and convenient maintenance