Power Transformer Design

@rachel3010

With nearly a decade of experience in 3D design, I am confident that I possess the skills and knowledge to effectively tackle your power transformer project. Although my specialization lies in architectural designs, my proficiency with software such as Autodesk 3ds Max, AutoCAD and Solidworks coincides with the requiements for your medium voltage power transformer. My previous clients have commended my adherence to instructions while still providing high-quality output - something that you can expect from me as well. Moreover, my flexibility with work hours means that I can prioritize your project and complete it within the stipulated timeframe. I understand the importance of delivering high-quality work within the agreed timeline and will ensure it for this project too. Lastly, I offer my services at very affordable rates without compromising quality. You can go through my portfolio to see samples of previous similar projects and gauge if my skillset aligns with your needs. If you have any queries or would like to discuss the project further, please don't hesitate to contact me. Thank you for considering my expertise!

@Lindorfalabella

Hello my name is Lindor Electromchanic Engineer. I am expeirnced with transformers, it design and selection. If you need my help please let me now. Best. Lindor.

@leeo908

I would be glad to assist you with the design of your medium-voltage power transformer (1kV – 35kV, up to 10 MVA). I have strong expertise in power system design, transformer engineering, and electrical analysis, which makes me confident in delivering a solution that meets both technical and industry standards. My Approach: Requirement Analysis: Understand your exact application, standards (IEC/IEEE), cooling method, and insulation requirements. Core & Winding Design: Calculate and optimize core dimensions, winding configuration, and material selection for high efficiency and reliability. Thermal & Electrical Analysis: Perform loss calculations, short-circuit withstand capability, and temperature rise analysis. Standards Compliance: Ensure design adheres to IEC 60076, IEEE C57, and other relevant standards. Simulation & Validation: Use advanced tools like ANSYS, ETAP, MATLAB, or equivalent for magnetic, thermal, and load analysis. Deliverables: Complete design report including core/winding details, GA drawings (in 2D/3D), efficiency calculations, and manufacturing-ready documentation.

@SiavashTP

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