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650-1500VDC High Voltage Battery Charger

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650-1500VDC High Voltage Battery Charger

Ultra-wide voltage input range: 650–1500 VDC, suitable for power supply needs across multiple scenarios including photovoltaic systems, energy storage, and power grids.

High conversion efficiency: Utilizing third-generation semiconductor technology (SiC/GaN), it achieves a peak efficiency of 98.5%, reducing energy consumption by over 20%.

High power density: Supports 30kW output power (scalable up to 200kW), with a 30% smaller footprint compared to traditional modules, saving installation space.

  • AC input 260-500VAC
  • DC output 650-1500VDC
  • Output current 1-70A
  • Power 30KW

Application Scenario Description
Electrolytic Hydrogen Production: Provides stable DC power for PEM electrolysers, supporting megawatt-scale hydrogen production systems to advance the hydrogen energy industry chain.
Metal Plating: Enhances plating uniformity through precise voltage/current control, reduces waste liquid discharge, and meets environmental compliance requirements.
Wastewater Treatment: Powers electrochemical wastewater treatment equipment, accelerating pollutant decomposition via high-voltage pulse technology to improve processing efficiency.                             

Parameter Item  Specification
Input Voltage Range  200-1500VDC
Output Power 30kW (expandable to 200kW)
Conversion Efficiency 98.5% (at full load)
Voltage Regulation ≤±0.5%
Current Regulation ≤±1%
Protection Rating     IP67
Communication Interface  CAN/RS485
Operating Temperature -40°C to +85°C

A 1500VDC high-voltage eco-friendly electrolytic power supply has garnered significant attention in the market. With its high efficiency, stability, and environmental friendliness, this power supply not only revolutionizes the electrolytic industry but also demonstrates broad application prospects across multiple sectors.

The power supply's design comprehensively addresses modern industry's dual demands for efficient energy conversion and environmental sustainability. Its high-voltage output capability enables outstanding performance in scenarios requiring high-power, high-efficiency power sources. Beyond traditional electrolysis applications such as water electrolysis for hydrogen production and metal electrolytic refining, this power supply is also suitable for multiple sectors including new energy, chemical engineering, and scientific research.

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