Core Pain Point: Modular UPS units, during capacity expansion or sudden load changes, can cause sharp surges in input current at the generator end, threatening power distribution safety and increasing harmonic pollution.
Solution: Utilizes laminated iron core input filter reactors to provide efficient, compact, and intelligent current surge suppression protection for modular data centers.
Core Components & Advantages
Equipment Selection - Performance Cornerstone
Laminated Iron Core Reactor: Specifically designed for power filtering and current suppression. Laminated core construction significantly reduces eddy current losses and noise, offering high linearity and anti-saturation characteristics, effectively handling large-magnitude current surges.
Space Optimization - Ultimate Compactness (Core Advantage)
Slimline Design (600×400×300mm): Breaks through traditional reactor size limitations, seamlessly adapting to the limited space within modular UPS cabinets or power distribution cabinets.
Ultra-High Power Density (≥3kVar/dm³): Reduces volume by 40%+ compared to conventional reactors with equivalent performance, enabling high-density data center deployment.
Intelligent Thermal Management - Reliable Safeguard
Built-in High-Precision RTD Temperature Sensors: Real-time monitoring of winding hot-spot temperatures.
Intelligent Fan Control: Automatically starts/stops cooling fans based on temperature thresholds, balancing operating efficiency and temperature rise to eliminate overheating risks and extend equipment lifespan.
Exceptional Efficiency - Loss & Consumption Reduction
Ultra-Low No-Load Loss (<0.3% Rated Power): Significantly reduces operating electricity costs, complying with green data center efficiency standards.
High-Efficiency Harmonic Filtering (>90% Total Harmonic Current Attenuation Rate): Effectively suppresses characteristic harmonics (such as 5th, 7th, 11th) on the UPS input side, improving input power quality and protecting the upstream grid and generator.
Solution Value
Enhanced Safety & Reliability: Forcefully suppresses current surges, ensuring stable operation of UPS and upstream equipment.
Liberated Space: Slim design frees up valuable server room real estate, supporting higher equipment density.
Intelligent Operations: Automated thermal control reduces manual intervention and enhances system manageability.
Energy Saving & Consumption Reduction: Combines low losses and efficient filtering to reduce operational costs and carbon footprint.
Improved Power Quality: Significantly enhances harmonic indicators on the input side, boosting the overall health of the power distribution system.
