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ACE PILLAR

Flagship Energy-Saving Cabinet

  • Independent Meter Reading
  • Independent Data Database
  • Remote PC Backup
  • Consolidated Data Reporting
  • Generate Data Trend Charts
  • Automatic Report Generation and Upper/Lower Limit Alarm Settings

Inquiry

Application

  • High-inertia loads: centrifuges, industrial washing machines, heavy-duty conveyors, roving textile machines, gantry-type machine tools, etc.

  • Four-quadrant loads: elevators, oilfield pump jacks, hoisting machinery, overhead cranes, etc.

  • Applications requiring rapid braking: machine tools, bag-making machines, automated storage systems, punch presses, etc.

  • Long-duration energy regeneration: printing machines, escalators, winding/unwinding equipment, etc.

Steps for Selecting an Energy-saving Cabinet

A. Determine Load Power and Voltage
Confirm the equipment's rated power requirement (e.g., 18.5 kW) and operating voltage (e.g., 460V).
Voltage types: 3-phase 230V or 460V
Rated power range: 7.5 kW to 55 kW
 

B. Confirm Environmental Requirements
Ambient temperature: -10°C to 40°C
Installation altitude: 0–3000 meters (reduce rated current by 2% for every 100 meters above sea level)
 

C. Consider Expansion Requirements
If higher power is needed, support for multiple units in parallel is available (each unit derated by 20%)
 

D. Match with Suitable Model
Refer to the following models:

230V: REG075A23A-21 to REG370A23A-21

460V: REG075A43A-21 to REG550A43A-21

For example, for an 18.5 kW load, select REG185A43A-21.

Power Regeneration
– Smart Energy-Saving Cabinet Solution Architecture

Energy-Saving Cabinet Selection

 

SimpleAdvancedFlagship
Switch

X

X

O

REG+Filter+Operation Panel+Electrical materialsOOO
Smart meterXOO
Digital Information Cabinet (ESG)XXO
ARD Power Outage Rescue Device

O

O

O

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