High Current Fluoride Electrolysis Power Source 12V 10000A

This high-performance DC power source is engineered for the demanding environment of high current fluoride electrolysis, providing a stable 12V output at a massive 10000A. Designed to maximize efficiency in fluorine gas generation and the synthesis of compounds like lithium hexafluorophosphate, this unit replaces outdated SCR systems with advanced IGBT technology. As a trusted IGBT rectifier manufacturer, we deliver a solution that prioritizes process stability, energy savings, and long-term reliability for heavy industrial chemical processing.
Executive Summary
This water-cooled 120kW rectifier is specifically built for sustainable, high-accuracy DC power delivery required in fluoride-based electrochemical processes. It operates on a 380VAC three-phase input with a fully sealed cabinet design, reducing maintenance in corrosive environments. By sourcing from a direct industrial high frequency rectifier factory, you gain a unit optimized for uptime, with a 98% efficiency rating and minimal ripple that prevents cathode contamination and product defects. This system is your best option for scaling up PTFE raw material production or increasing the throughput of an existing electrolysis line.
Part 1 Key Features & Engineering Highlights
ADVANCED IGBT INVERTER TOPOLOGY Employs soft-switching technology to drastically reduce switching losses and electromagnetic interference, outperforming traditional thyristor-based rectifiers.
LOW RIPPLE, HIGH STABILITY Output ripple is less than 1% (RMS) to ensure uniform current distribution across large electrode arrays, critical for consistent fluoride ion conversion rates.
ENERGY EFFICIENT OPERATION Achieves an overall system efficiency of over 90% at full load, translating to immediate savings on the heavy-duty DC power supply price through lower electricity bills.
ROBUST WATER-COOLED DESIGN Integrated closed-loop water cooling system allows for continuous 24/7 operation in high-ambient-temperature environments without performance derating, and extends the lifespan of internal power components.
Part 2 Technical Specifications Table
| Parameter | Specification |
| — | — |
| Model | IPS-ATDH1210000 |
| DC Output Voltage | 0‑12V DC (Continuously Variable) |
| DC Output Current | 0‑10,000A DC (Continuously Variable) |
| Output Power | 120,000 Watts |
| Ripple Factor | < 1% RMS at Rated Output |
| AC Input Voltage | 380VAC ±10% (Three‑Phase) |
| Input Current | 204A |
| Input Frequency | 50Hz / 60Hz |
| Control Method | IGBT High Frequency PWM |
| Cooling Method | Pure Water Cooling |
| Duty Cycle | 100% Continuous |
| Protection Class | IP54 (Power Section) |
| Operating Ambient Temp | -10°C to +50°C |
Part 3 Advanced Built-in Protection Systems
MULTI-LAYER SAFETY ARCHITECTURE The system is protected against Overcurrent, Short Circuit, Overvoltage, Overheating (IGBT and Cabinet), Phase Loss, and Water Flow failure. Each protection feature is hardwired and software-based, ensuring system shutdown occurs faster than physical damage.
OVERCURRENT AND OVERTEMPERATURE ALGORITHM An adaptive current limiter prevents electrode arcing during start-up. If internal heat sinks rise above safe limits, the system automatically reduces output current (derating) rather than tripping, allowing for a controlled shutdown of the electrolysis cells.
FAULT DIAGNOSTICS Intuitive front panel LED alarm indicators and a dry-contact fault relay can integrate into your plant’s distributed control system (DCS) for immediate remote awareness.
Part 4 Target Industrial Applications
This unit is purpose-built for:
Fluorine Gas Generation (F2) Direct current supply for medium-temperature electrolysis cells producing fluorine gas used in fluoropolymer synthesis.
Lithium Hexafluorophosphate (LiPF6) Production Critical DC source for the precise electrofluorination processes used to create battery electrolyte salts.
Hydrogen Fluoride (HF) Electrolysis High-current anodizing and fluorination of carbon materials.
PTFE & Fluoropolymer Manufacturing Power supply for electrochemical etching and surface activation processes.
Industrial Water Electrolysis for large-scale hydrogen generation where a pure DC source is required for gas purity.
Part 5 Customization and Tailored Engineering Services
We provide a custom current voltage rectifier service to match your existing plant footprint and process chemistry. As a factory-direct manufacturer, we can modify the standard IPS-ATDH1210000 to meet exact needs:
Voltage & Current Ranges Fully customizable from 1V to 1000V and 1A to 100,000A, with input options for your specific AC grid.
INTEGRATED CONTROL FUNCTIONS We can embed a Process Timer with multiple alarm stages, a Multi-Stage Profile Controller that allows you to ramp current up or down over preset time intervals to protect delicate electrodes, and an Ampere-Minute Integrator for precise coulombic charging monitoring.
ADVANCED INTERFACING Support for Remote Control via RS485 Modbus RTU, standard Ethernet (TCP/IP) for PLC/DCS integration, and analog 4-20mA input/setpoint. Optional Auto-Reverse Polarity function is available for periodic electrode cleaning cycles.
PULSE MODE OPERABLE Upgrade the unit with a Pulse Function (1-3000Hz adjustable) for enhanced depolarization and improved efficiency in certain electrochemical deposition processes.
OEM & ODM AVAILABLE Custom branding, control panels, and enclosure dimensions are all available from the factory. Contact our engineering team with your current operating parameters.