Efficient AFE Design for Battery charger using Sic mosfet

I'm in need of a proficient professional to design AFE (Active Front End) hardware and firmware catering to industrial machinery. The goal of the project is to better efficiency and reduce harmonics, targeting a power range below 50kW.

- Primary Project Spec:

Input voltage: Vnom [Volt] 480/380V, three phase

● Input voltage variation: +/- 10% of Vnom

● Frequency 60/50 Hz

● Continuous apparent Power 16 KVA

● Continuous active power 16KW

● Input current, Inom [Amp] 30 Arms

● Power factor range@ full power >0.95

Using TI micro controller evel board TMS320F28377D

The enclosed PDF shows the full system but for first stage we are only looking at doing the AFE

Ability to built a prototype unit for testing is a benefit

Ideal candidates should illustrate a solid background in power electronics, hardware and firmware design. Proven experience with AFE or related projects in the industrial sector will be appreciated. Highly proficient in designing for improved efficiency and reduced harmonics is a must. A strong understanding of power quality and delivery concerning industrial machinery will set you apart.

Electrical Engineering Circuit Design Power Converters Power Supply Renewable Energy Design

Project ID: #37686586

About the project