By maintaining ultra-low harmonics and high power factor, the system reduces grid stress and operational penalties.
Beyond clean power quality, the system is engineered to ensure continuous and reliable operation under all conditions.
The EverExceed uXcel Premium High Performance Industrial Battery Charger sets a new standard in reliability and efficiency with advanced 12-pulse rectifier technology. It achieves an exceptionally clean output with only 3% harmonics and a near-unity power factor of 0.98, drastically reducing energy loss while preserving the rugged durability of traditional industrial designs.
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brand:
EverExceedNominal DC voltage(Output):
110VDCNominal DC current(output):
75ABattery type:
Lead-acid or Nickel-cadmium (vented or recombination), or Lithium-ion batteriesOEM/ODM Service:
YesTHDi:
<3%Power Factor:
=0.98
By maintaining ultra-low harmonics and high power factor, the system reduces grid stress and operational penalties.
Beyond clean power quality, the system is engineered to ensure continuous and reliable operation under all conditions.
| GENERAL | |
| Model | uXcel premium 110V75A |
| Topology | 12 pulse full bridge thyristor rectifier |
| Control | Microprocessor controlled system |
| Standard | IEC60146、IEC60439、IEC60725、IEC61000-6-2、IEC61000-6-4、IEC62040(-1,-2,-3) |
| Configuration | Single System |
| ENVIRONMENT | |
| Operation Temperature | 0 - 50℃ |
| Storage Temperature | -20 to +70℃ |
| Relative Humidity | < 95% ( no condensation of moisture ) |
| INPUT PARAMETERS | |
| Altitude | 1000 m Max without derating |
| Input Isolation Transformer | Galvanically isolated / Primary & Secondary Earth Screened |
| AC Voltage and Tolerance | 380VAC±10%, three-phase |
| Input Frequency and Tolerance | 50Hz/60Hz±5% |
| Input Protection | Input MCCB Thermic magnetic overcurrent protection |
| Harmonic (THDi) | <3% |
| Input Power Factor | 0.98 |
| OUTPUT PARAMETERS | |
| Nominal Output Voltage | 110VDC |
| Float Voltage | 0-165V adjustable |
| Boost Voltage | 0-165V adjustable |
| Voltage Stability | ±1% in float mode, input within tolernce |
| Nominal Output Current | 75A |
| Output Current Adjustment | 0‐100% of Nominal Output Current |
| Output Ripple | 1% RMS (with battery connected) |
| Mode of Operation | constant voltage/constant current |
| Static Voltage Regulation | < 1% |
| Efficency | 90% |
| Filter | L-C Filter |
| Output Breaker | Battery MCB, Load MCB |
| Battery Bank | Lead-acid or Nickel-cadmium (vented or recombination), or Lithium-ion batteries |
| Boost Voltage (V/C) | 2.35 lead acid battery 1.60 NiCd Battery (Depends on battery manufacturer recommendation) |
| Float Voltage (V/C) | 2.25 lead acid battery 1.40 NiCd battery (Depends on battery manufacturer recommendation) |
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1. What problems does the uXcel Premium 12-Pulse charger solve?
The uXcel Premium charger is designed to address high harmonic distortion, grid penalty charges, unstable charging performance, and rising energy and maintenance costs commonly found in modern industrial and power plant environments.
By fundamentally improving power quality at the input and output levels, it removes charging systems as a bottleneck to operational efficiency.
2. Why is 12-pulse rectification important in industrial charging?
Unlike conventional 6-pulse systems, 12-pulse rectification significantly reduces input harmonics and improves power factor without relying on external filters.
This results in:
Lower THDi (<3%)
Reduced stress on the grid
Compliance with stricter utility and industrial power standards
—making it ideal for large-scale, mission-critical installations.
3. How does this charger help reduce grid penalty fees?
With THDi below 3% and power factor above 0.98, the uXcel Premium charger minimizes harmonic pollution and reactive power consumption.
This directly reduces utility penalties related to poor power quality and improves overall energy efficiency.
4. How does ultra-low ripple output benefit battery systems?
Ultra-low ripple DC output:
Ensures stable charging currents
Extends battery cycle life by approximately 15–25%
Reduces risks of battery swelling, overheating, and thermal runaway
This makes the charger especially suitable for lead-acid and industrial lithium battery systems.
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