Industrial DC to AC Conversion System - 26/01/2026 09:11 EST

@macroenergy

With over a decade in the power electronics field, I am confident that my skills make me the ideal candidate for your Industrial DC to AC Conversion System project. My expertise in designing and implementing various power converters, including Boost Converters, aligns perfectly with your requirements. Additionally, my experience in renewable energy affirms my understanding of the need for efficient energy conversion. Moreover, my proficiency in closed-loop control systems will be invaluable for ensuring automatic voltage and current regulation within your project. My knowledge of both analogue and digital design will also enable me to deliver a well-integrated system that meets your specific needs. Finally, my ability to simulate hardware using tools such as Matlab and Orcad allows for a robust design process that minimizes the need for multiple iterations. I encourage you to review my extensive portfolio that includes successful projects like yours involving industrial equipment and boost converters. I am eager to bring these strengths to bear on your task, ensuring not just quality work but an effective collaboration throughout the project's tenure. Thank you for considering me for this opportunity.

@riab54

Hello, I am interested in working on your power electronics project involving DC–DC and DC–AC conversion for a 5.5 kW system. Project Understanding I clearly understand your requirements: Design of a boost converter to step up 50–90 V DC to 230 V DC Design of a DC–AC inverter to generate 230 V AC at 5.5 kW Automatic voltage and current regulation using closed-loop control USB-powered control/auxiliary electronics if required Efficiency optimized to a reliable, industrial-grade level rather than extreme optimization What I Will Deliver Complete power-stage design (topology selection, component sizing, protection) Closed-loop control implementation (feedback, compensation, stability Simulation validation (LTspice / PSIM / MATLAB as needed) Clear documentation for implementation and testing

@syedfahadahmad33

Hello I just read out your description and am interested in your project. I am an Expert in Power Electronics, and I have also worked with it in the past. If you need Quality Work, then feel free to contact me Thanks

@udaykiranm1

I am an Power electronic expert i can support in your required in designing the converter and i can provide the best and efficient topologies.

@leopoldofl

Good morning Dear. This project is something serious. I work with these equipments intended to run as induction heating generator, UPS, etc. I can do this, but don't cost 30000 INR... This work I send you the whole information needed to construct it but, additionaly, I need to costruct its prototype to test its behaviour so, I can send you the tested prototype. I'm electrical engineer, with experience in power electronics, NOT MICROCONTROLLER. I can send you my CV, if you're interested. I await for you evaluate my proposal. Best regards.

@ajaykumark14

1. Designing a boost converter that will convert 50 -90 Volt DC to 230 Volts DC 2. Constructing a system to convert 230 VDC to 230 V AC with an output capacity of 5.5 KW The efficiency of the system doesn't need to be top-tier; standard efficiency is acceptable. However, the output voltage and current control must be automatic, utilizing a closed-loop system. Experience with designing similar systems is a plus. Please provide evidence of your previous work in the power electronics field, particularly with boost converters and industrial equipment.

@SH9Studio

We are a power-electronics engineering agency with strong experience designing industrial DC-DC converters and high-power DC-AC inverter systems. We can design a complete, closed-loop solution covering both the 50–90 VDC to 230 VDC boost stage and the 230 VDC to 230 VAC inverter with a 5.5 kW output capacity. Our approach focuses on stable voltage and current regulation using proven control topologies, robust gate-drive and protection circuitry, and layouts suitable for industrial environments. While we prioritize reliability and controllability over peak efficiency—as per your requirement—we ensure safe operation, thermal stability, and clean output under varying load conditions. We have delivered similar power-conversion systems for industrial equipment and can share relevant examples of our prior work upon request. With structured documentation and professional execution, this is well within our expertise, and we’re confident in delivering a production-ready design. Looking forward to discussing technical details and timelines.