Battery Intelligent Charging and Discharging Control Module Solution

#整流电源 ·2025-11-24 21:15:05

Control Boards for Electrolysis, Electroplating, Electrolytic Oxygenation, and Medium/High-Frequency Power Supplies:

Electrochemical Applications:

Electroplating of zinc, chromium, nickel, tin, etc.; electrolysis of rare earths, potassium alkali, manganese, lead, copper, copper foil, etc.; polarization power supplies, anti-corrosion power supplies, electrophoresis power supplies.

Crystal Growth Applications:

Growth of crystals such as monocrystalline silicon, polycrystalline silicon, sapphire crystals, silicon carbide, gallium arsenide, and indium phosphide.

Surface Treatment Applications:

Anodizing, hard anodizing, aluminum foil etching, surface coloring, and cleaning.

Environmental Protection Applications:

Wastewater treatment, sludge treatment, and seawater desalination.

Vacuum Coating Applications:

Magnetron sputtering, vacuum coating, vacuum sputter coating, vacuum evaporation coating, vacuum magnetron sputter coating, and ion coating.

Smelting and Chemical Applications:

Titanium smelting, low-frequency specialized smelting, electromagnetic stirring, and silicon carbide production.

Power Transmission Applications:

DC speed regulation, inverter-fed power supplies, rail transit, and excitation power supplies.

Heating Applications:

Resistance heating furnaces, arc heating furnaces, and pipeline heating.

High-Voltage Electrostatic Applications:

Electrostatic spraying, electrostatic dust removal, oil fume purification, electrostatic spray coating, electrostatic polarization, and electrostatic flocking.

Other Applications:

Communication power supplies, battery charging/discharging devices, supercapacitor charging/discharging devices, DC operational power supplies, and high-current test power supplies.

The control system utilizes high-speed industrial microprocessor technology, offering excellent control performance and convenient debugging and maintenance. It allows flexible selection of constant voltage or constant current closed-loop control as needed. The main circuit adopts a fully controlled bridge or a six-phase double reverse star rectifier circuit with a balancing reactor, chosen based on current requirements.