Electrolysis Power Supply PCB Design

@macroenergy

I have a rich background in Electrical Engineering with a particular expertise in Power Electronics, Analog Design and PCB Layout which aligns perfectly with your project requirements. Over the years, I've successfully handled complex projects involving switch-mode power supplies especially in fields relating to electro-plating, water treatment and LED drivers. In fact, I've designed and fully implemented projects analogous to your request leveraging on Altium which is one of your specified tools for this project. The ability to transform a concept into a tested hardware is one of my unique selling points. I understand the need for optimized layout with adequate trace width, component endurance and heat management as required in electrolysis projects. With my experience, I can effectively engineer temperature control using firmware-controlled thermal throttling, thus ensuring maximum durability as opposed to bare shutdown. I am well equipped to provide all the deliverables you require; complete, simulation-tested schematic built for endurance; an optimized multi-layer PCB layout for 60 V/10 A clearance etc. More interestingly, I can turn around the first revision quite quickly without compromising on quality. My previous clients commend me on my interactive approach in handing over concluding projects. Choose me today and let's turn your vision into reality!

@ITECH

As a seasoned electrical engineer with a specialization in PCB design, I am confident that I can not only meet but exceed your expectations for the electrolysis power supply project. Throughout my career, I have consistently demonstrated my ability to develop high-quality, robust and efficient hardware solutions from concept to tested hardware. Most importantly, I have experience specifically in developing switch-mode and linear-hybrid supplies for applications similar to yours such as electro-plating. My firm's comprehensive approach to product development which includes expertise in firmware and software as well is well aligned with your diverse requirements which extend beyond just the hardware design. We will deliver not just an excellent PCB layout with clearances perfectly suited for 60V/10A tolerance but also an optimized solution that handles temperature fluctuations effectively while ensuring constant voltage and current control. With us, you don't just get a skilled freelancer to do your job - you get a long-term partner who is dedicated to building a quality product. I commit to delivering everything you need, including Gerbers, drill files, BOMs among much-needed materials; all under tightened timelines.I very much understand how crucial it is to stay on schedule especially when it comes to competitive R&D projects such as yours. Let's get started on taking your vision from concept to a thoroughly tested hardware solution – quickly and efficiently!

@engrusmanfaiz

Hi, Your project requires a properly engineered power-electronics system rather than a simple adjustable supply, and this aligns well with my experience in high-current embedded hardware, thermal-aware power design, multilayer PCB layout, and firmware-controlled regulation systems. I can develop the complete production-ready solution including CC/CV regulation stage, polarity-reversal control, thermal throttling logic, LCD/USB interface firmware, endurance-focused PCB layout, manufacturing package, and validation documentation. For this type of application, I would recommend a switch-mode architecture with precision current sensing, isolated control domains, synchronous regulation, temperature-monitored MOSFET stages, and carefully designed copper distribution for continuous 10 A operation with low ripple and stable electrolysis behavior in low-conductivity water. I can also structure the project in milestones covering architecture, schematic/simulation, PCB layout, firmware integration, prototype validation, and final manufacturing release to reduce development risk and speed up first hardware revision turnaround.

@tshibsamuel477

Hi there, I carefully read your project description, and I can help design a production-ready 110VAC to adjustable 20–60VDC constant-current power supply/driver for your electrolysis system. This fits well with my experience in power electronics, PCB design, embedded control, sensing, and firmware-based regulation. I’m Samuel Tshibangu, a mechatronics engineer with several years of hands-on experience in Altium/PCB design, SMPS and power-control circuits, MCU firmware, thermal monitoring, LCD interfaces, USB data output, and high-current PCB layout. I’ve already worked with similar power regulation, polarity switching, current sensing, thermal throttling, and manufacturing-ready hardware projects. I can provide the complete schematic, multilayer PCB, BOM, manufacturing files, firmware, and clear hand-off documentation, with a strong focus on safety, endurance, heat management, stable output, and calibration. Feel free to send me a message so we can discuss the technical details and first revision timeline. Best regards, Samuel Tshibangu

@markupdudes

Hi, I have carefully reviewed your requirements for a production-ready electrolysis power supply PCB delivering a stable 20-60 VDC output at 0.5 A to 10 A current, designed for long endurance with firmware-controlled thermal throttling. With extensive experience in designing switch-mode power supplies and embedded control systems for water treatment and electro-plating applications, I can create a robust, simulation-tested schematic and optimized multilayer PCB layout tailored for your high-current, high-voltage needs. I will ensure precise bidirectional polarity switching, implement a clear LCD interface, and integrate USB data streaming for external monitoring. Alongside, I will provide complete firmware, detailed manufacturing files, and a comprehensive bench test report verifying stability, ripple, timing accuracy, and thermal management. I propose to deliver the first revision within 30 days for your review, followed by iterations based on your feedback. Could you please specify the preferred microcontroller or development environment you want for the firmware? Best regards,