10 kV HV Supply Module Design

@ghayasa727

As an electrical engineer with a wealth of experience under my belt, I am confident that I possess the necessary skills and knowledge to ace this project. My breadth of expertise in circuit design, electronics, mechanical engineering and PCB layout aligns perfectly with the demands of your 10 kV HV Supply Module Design endeavour. Having successfully engineered compact power supplies similar to what you require, I fully recognize the importance of not only meeting technical specifications but also adhering to space restrictions – making thermal and creepage planning crucial. In this regard, I have a solid mechanical proficiency that ensures the designs do not compromise on functionality or durability. Moreover, my extensive experience with high-voltage magnetics and corona/ozone generators perfectly positions me for your project. In previous positions, I have often used magnetic simulation software, including LTspice, to optimize designs before their physical creation; a practice I'd be happy to continue if commissioned for your project. You can rest assured that not only will my design encompass all the elements you require but it will also be thoroughly tested for proper functioning, insulation integrity and safety.

@Aravindh2394

We are a three-member hardware/PCB team with 25+ years of combined experience in high-voltage magnetics, compact power supplies, and corona/ozone modules for industrial and medical air treatment. We’ve delivered integrated HV blocks (transformer + multiplier/rectifier + smoothing) with low ripple at few‑mA levels, engineered for tight envelopes, controlled creepage, and robust potting for continuous operation. For your 10 kV DC module, we will provide a complete, ready‑to‑build package: a clearly annotated schematic with design calculations (turns ratio, core selection, snubbers, insulation and creepage per your envelope), a globally sourceable BOM with vetted alternates, and KiCad/Altium layout sized to your mechanical drawing, including guarded clearances, field‑grading where needed, and thermal paths. We’ll simulate key stages in LTspice to tune ripple, regulation, and transient behavior, then finalize winding specs, potting compound guidance, and mounting notes to ensure mechanical integrity and long life. Deliverables include Gerbers/ODB++, drill files, IPC‑356 netlist, 3D STEP, assembly/fab notes, and a safety/test procedure for verifying output, ripple, and insulation integrity before production. Typical cadence: 4–6 days for calculations, simulation, and preliminary schematic; 7–10 days for layout, documentation, and manufacturing package. We prioritize stability, manufacturability, and lab safety; samples of similar HV work and screenshots can be shared on request.

@anilptk

Greetings Ravichandra, I am excited about the opportunity to work on your air-purifier stage project requiring a reliable 10 kV DC source and a complete design package. I specialize in high-voltage magnetics and corona discharge applications, and I can provide you with a comprehensive solution that includes a customized schematic, bill of materials, layout files, mechanical considerations, and safety procedures to ensure optimal performance and safety standards. I look forward to collaborating with you on this innovative project. Regards, anilptk

@syedfahadahmad33

Hello I just read out your description and am interested in your project. I am an Expert in High Voltage Magnetics and also did in the past. If you need Quality Work, then feel free to contact me Thanks

@rasikadmmsn8

Chartered Electrical Engineer with over 25 years of experience in electrical design, construction, operation, and maintenance of High Voltage (HV) Grid Substations, power transmission and distribution systems, and industrial automation. Proven expertise in electrical system optimization, protection relay testing and commissioning, and automation system design. Skilled in offshore electrical systems, power system analysis, and regulatory compliance under stringent safety standards. Adept at managing multidisciplinary teams and complex projects in government and commercial sectors. Key Skills • High Voltage Substation Design, Testing & Commissioning • Power System Analysis & Protection (ETAP, MATLAB, PSSE, Easy Power, Micro station) • Automation Systems: PLC, HMI, Sensors, Actuators • Protection Relay Testing & Calibration (SEL, ABB, GE, Siemens) • Electrical Layout & Schematic Design (EPLAN, AutoCAD, Revit) • Communication Protocols: Ethernet, Modbus, Profibus • Electrical System Troubleshooting & Maintenance • Safety Compliance: IEEE, IEC, NEC Standards • Project Management and Team Leadership • PV and Hybrid Systems ( Homer Grid, PVsys, SAM)