Aokai  IEC 60831-certified capacitor compensation cabinets reduce energy costs by 15-30% through automatic power factor correction (APFC), designed for factories, solar farms, and high-rise buildings. Featuring 7% THD harmonic filtering, intelligent load balancing, and IP54 dustproof enclosures – trusted by Siemens, ABB, and global energy service companies.

Why Our Capacitor Compensation Cabinets Dominate

Smart Reactive Power Compensation

• Core Parameters: Voltage range: 400V-690V | Compensation capacity: 50kvar-1000kvar | Response speed: ≤20ms | Total Harmonic Distortion: ≤7% (IEC 61000-3-2 Standard)

• Intelligent Features: Real-time load analysis with 32-bit DSP chip | Automatic capacitor bank switching (8-12 step ladder compensation) | RS485/Modbus remote monitoring (compatible with SCADA systems)

Industrial-Grade Reliability

• Protection Design: Cabinet material: 1.5mm galvanized steel plate + RAL 7035 anti-corrosion coating | Cooling system: Top fan + bottom ventilation net (temperature rise ≤40K)

• Safety Certifications: UL 508A, CE, RoHS | Capacitor lifespan: 100,000 hours

Applications of Capacitor Compensation Cabinets

• Industrial Sector: Industries such as metallurgy, mining, construction materials, petrochemicals, etc., to improve the power factor of high-power motors, reduce line losses, and enhance power supply quality.

• Commercial Sector: Office buildings, shopping malls, hotels, etc., to optimize the power factor of electrical systems, improve power supply efficiency, and reduce operational costs.

• Residential Sector: Residential areas to improve power supply quality, enhance the stability and reliability of residential electricity usage.

Selection Guide

• Determine compensation capacity based on reactive power requirements of electrical equipment.

• Consider grid conditions such as voltage level and harmonic content to select appropriate models.

• Select products with high reliability, low loss, and long life.

FAQ

• Q1: What is the working principle of capacitor compensation cabinets?

• A1: Capacitor compensation cabinets provide reactive current compensation to the grid by paralleling capacitors, thereby reducing reactive currents in the grid and improving the power factor.

• Q2: What are the main components of a capacitor compensation cabinet?

• A2: Main components include the cabinet shell, busbars, circuit breakers, isolating switches, thermal relays, contactors, surge arresters, capacitors, reactors, primary and secondary wiring, terminal blocks, and automatic power factor compensation control devices.

• Q3: How do capacitor compensation cabinets improve power supply quality?

• A3: By compensating reactive power, they improve the power factor, reduce line losses, enhance voltage quality, and thus improve overall power supply quality.

• Q4: Do capacitor compensation cabinets require regular maintenance?

• A4: Regular inspections and maintenance are necessary to ensure normal operation. Maintenance includes checking capacitor capacity, testing control system performance, cleaning equipment, etc.

• Q5: What is the lifespan of a capacitor compensation cabinet?

• A5: Typically lasts over 10 years, depending on product quality, usage environment, and maintenance practices.