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BEINING UPS ENERTRONIC I-30KVA

Germany BEINING UPS ENERTRONIC I-30KVA Product Introduction, Configuration List, and Application Fields

I. Product Introduction

The BEINING ENERTRONIC I-30KVA is an industrial-grade online uninterruptible power supply (UPS) designed for critical applications. Utilizing double-conversion technology (AC-DC-AC), it ensures clean, stable sine-wave power delivery. Key features include:

  1. High Reliability:
    • Modular design with hot-swappable components, minimizing downtime.
    • Input/output isolation transformer for strong anti-interference capability in harsh grid environments.
    • Redundant power boards, ensuring continuous operation even with a single-point failure.
  2. High Efficiency:
    • Input power factor ≥0.99, total harmonic distortion (THD) <5%, reducing grid pollution.
    • IGBT-based PWM inverter technology, achieving high efficiency under partial loads and low harmonic distortion for nonlinear loads.
  3. Intelligent Management:
    • Integrated MCU2500 monitoring unit with RS232, RS485, and SNMP interfaces for remote monitoring and fault diagnosis.
    • Real-time event logging for maintenance analysis.
  4. Strong Adaptability:
    • High IP-rated enclosure with sealed cabinet design, suitable for dusty and polluted environments.
    • Redundant cooling fans with hot-swappable replacement for long-term stability.

II. Configuration List

  1. Main Unit Components:
    • Input/Output Isolation Transformer: 3×380V/400V/415V±15% input, 220V/230V or 380V/400V output.
    • Rectifier: IGBT-based PFC technology, power factor = 1.
    • Inverter: Rated DC voltage 220V±20%, pure sine-wave output with frequency tolerance ±0.1% (synchronized) or ±1% (isolated).
    • Static Bypass Switch: Integrated, supporting manual/automatic transfer.
    • Battery Interface: Compatible with shared or dedicated battery systems (lead-acid, Ni-Cd, Li-ion).
  2. Monitoring & Protection:
    • MCU2500 Monitoring Unit: Real-time voltage, current, and frequency monitoring with fault alarms and event logging.
    • Overload Protection: 150% rated load for 60 seconds, 120% rated load for 10 minutes.
    • Short-Circuit Protection: Output short-circuit current up to 3× rated value, with reverse-blocking diodes.
  3. Structural & Cooling:
    • Cabinet Dimensions: 800×600×2260mm, weight ~500Kg (varies by configuration).
    • Redundant Fans: Low-noise, long-life fans with hot-swappable replacement.
    • Protection Rating: High IP rating for harsh environments.

III. Application Fields

  1. Power Industry:
    • Critical DCS (Distributed Control Systems), monitoring systems, and automation instruments in power plants and substations.
    • Works alongside DC operational power systems to avoid redundant battery investments and reduce operating costs.
  2. Nuclear Power Plants:
    • Designed for harsh nuclear environments, meeting stringent standards (IEEE, RCC-E, IEC, Westinghouse).
  3. Oil & Gas:
    • Provides stable power for petrochemical, transmission, and distribution systems.
  4. Other Industrial Sectors:
    • Process control computers, aviation safety systems, signaling/alarm systems, and other applications requiring high power quality.

IV. Technical Specifications Summary

Parameter Specification
Rated Power 30KVA (3-phase input, single-phase or 3-phase output)
Input Voltage 3×380V/400V/415V±15%, frequency 50Hz/60Hz±10%
Output Voltage 220V/230V or 380V/400V, voltage stability ±1%, frequency stability ±0.1% (sync)
Battery Charging Full load: 23A, partial load: 17A, supports IU charging and temperature compensation
Dynamic Response 0-100% load step: voltage sag <±2%, recovery time ~1ms
Overload Capacity 150% rated load for 60s, 120% rated load for 10min, 500% short-circuit current (3× rated)
Communication RS232, RS485, SNMP for remote monitoring and fault diagnosis
Environmental Adaptability Operating temperature: -15°C to 50°C, high IP rating for dusty/polluted environments

This UPS is ideal for industries demanding ultra-reliable power, such as nuclear energy, petrochemicals, and critical infrastructure. Its modular design, long lifespan (8–10 years), and cost-efficiency make it a top choice for mission-critical applications.