Built for large-scale uninterrupted electrolysis operations, the Silicon Carbide Energy-Saving Synchronous Rectifier achieves 24000A 18V output through 8 units N+1 parallel setup. Meanwhile, silicon carbide chips greatly lower conduction and switching losses.
The Silicon Carbide Energy-Saving Synchronous Rectifier adopts silicon carbide power semiconductor technology to deliver high-efficiency DC power for large-volume electrolysis production. This system reaches a total rated output of 24000A 18V via an 8-units N+1 parallel configuration. For example, the redundant parallel structure keeps your production line running even if one single module needs maintenance. Many conventional rectifier systems use traditional silicon components and lack this backup feature. As a result, any module fault will halt the whole electrolysis process and bring substantial production losses. High power waste will also raise electricity bills and compromise the uniformity of metal deposition. These issues push up long-term operating costs.
The Silicon Carbide Energy-Saving Synchronous Rectifier supports smooth stepless adjustment ranging from 0‑24000A and 0‑18V. It satisfies power demands for non-ferrous metal electrolysis, metal electrowinning and other ultra-high-current low-voltage electrochemical processes. In addition, each module comes with independent water cooling to remove heat efficiently under 24/7 full-load operation. It maintains stable operating temperature even under continuous peak-current running. Its closed-loop synchronous control sustains precise DC output amid variable load changes. It improves the consistency of metal deposits and stabilizes electrolyte working conditions. Furthermore, multi-layer safety safeguards protect internal hardware against overload, over-temperature and unexpected short-circuit events throughout long production shifts.
Delivers total rated output of 24000A 18V with 8 units N+1 parallel architecture, designed for large-volume industrial electrolysis.
Uses dedicated silicon carbide power chips. It cuts switching and conduction losses and brings obvious energy savings for long-time operation.
Features redundant parallel module design. Production continues working when one module fails, greatly cutting unexpected downtime.
Supports CC and CV dual working modes. Operators can switch modes flexibly for bath conditioning, metal deposition and electrolyte maintenance work.
Comes with independent water cooling for every module. It handles heavy heat loads reliably and supports round-the-clock high-current electrolysis.
Equipped with RS485 communication interface. Operators monitor real-time data of all modules and store historical logs to optimize electrolysis recipes.
In fact, many large electrolysis plants still depend on conventional silicon-based rectifier systems. Those units generate more heat and consume much more electricity under continuous heavy loads. Even so, the Silicon Carbide Energy-Saving Synchronous Rectifier fully meets the strict requirements of large non-ferrous metal refineries and electrolysis workshops. Many metal processing sites run non-stop production with changing bath density and raw material loading, and this system adapts well to these real working scenarios. Our team carries out full-load and thermal ageing testing for every module before shipment. Therefore, the whole system maintains steady energy-saving performance over long production cycles.
Our closed-loop regulation system responds quickly to minor output fluctuations. Changing workpiece loads and cooling water inlet temperature create these small deviations. It maintains highly accurate current and voltage output under diverse working states. As a result, you reduce energy waste and cut long-term operating expenditure. The system stores multiple groups of electrolysis process parameters. Operators can retrieve validated process recipes rapidly. This action shortens equipment setup cycles and improves overall workshop productivity.
Each module uses a reinforced cabinet with reserved ports for water pipeline installation. It suits fixed-installation mass-production workshop environments. You only need to arrange standard water inlet and outlet pipelines for regular operation. It effectively lowers hardware failure risks caused by overheating. Meanwhile, it operates reliably for long hours inside humid, corrosive electrolysis workshop surroundings.
| Parameter Category | Specific Item | Specification |
|---|---|---|
| Total Rated Output | Rated Current | 24000A |
| Total Rated Output | Rated Voltage | 0‑18V |
| System Structure | Parallel Mode | 8 Units N+1 Parallel Operation |
| Core Semiconductor | Power Chip | Silicon Carbide (SiC) Dedicated |
| Working Mode | Operation Type | Constant Current / Constant Voltage, Low Ripple DC |
| Cooling System | Cooling Method | Independent Water-Cooled per Module |
| Input Power | Input Voltage | Three‑phase AC Customized |
| Communication Interface | Data Port | RS485 |
| Safety Protection | Protection Functions | Over‑current, Over‑voltage, Over‑temperature, Short‑circuit, Surge Protection |
| Applicable Scenarios | Main Applications | Non-ferrous metal electrolysis, metal electrowinning, large-scale electrochemical processing |
Further, we back this rectifier system with a 1‑year warranty and design it for over 10 years of service life. It supports constant-current and constant-voltage modes. It also provides programmable current and voltage ramp-up to suit different electrolysis startup workflows. Notably, multi-segment parameter settings enable flexible process configuration. Its built-in RS485 port allows staff to view live data and connect with other workshop equipment. We supply optional custom function upgrades. These options satisfy special high-current electrolysis process requirements. Reach out to us for tailored custom solutions.
The Silicon Carbide Energy-Saving Synchronous Rectifier serves large non-ferrous metal refineries, metal recovery manufacturers and high-volume electrochemical workshops. Operators deploy it for large-scale metal electrowinning and industrial electrolysis for various metal substrates. It also supports process testing for newly developed electrolyte bath formulas.
Moreover, the system runs reliably through long-duration batch cycles and round-the-clock production runs. Its silicon carbide high-frequency design cuts energy consumption and stabilizes production working conditions. For instance, it improves metal deposit consistency and speeds up process iteration for heavy-duty electrolysis projects.
We develop custom power-supply solutions for ultra heavy-current electrolysis scenarios. In contrast to ordinary silicon-based rectifiers, the Silicon Carbide Energy-Saving Synchronous Rectifier receives specialized tuning for low power loss and continuous water-cooled mass-production conditions. It delivers excellent operational stability and corrosion resistance for harsh electrolysis environments.
Our technicians complete load-simulation testing and full-load ageing checks for every module before shipment. This step guarantees dependable real-world performance during continuous electrolysis production. We accept non-standard parameter adjustments and custom-feature development. We also provide professional process guidance and complete after-sales support. In short, we deliver trustworthy power hardware for your mass-production and pilot-scale industrial projects.
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A: Products with the same nominal specifications often serve different industries, and they may carry different detailed parameter requirements. These differences directly affect production costs and technical solutions, so final prices will vary accordingly. For this reason, we recommend you contact us directly to receive a precise and tailored quotation.
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A: We focus on custom non-standard industrial power supplies, so we can fully adjust output current and voltage to match your exact needs. The products shown on our website only represent part of our actual range, as we do not list every model online. If you cannot find your desired specifications, please contact us directly. We will work with you to confirm your exact requirements, or we can guide you to select the most suitable parameters based on your industry standards. We will provide complete technical specifications and dimension drawings so you can fully understand the product.
