IFD-GS Supra-EMC

Supraharmonics ElectroMagnetic Compatibility strategies in power electronic based power grid

Link to IFD-GS Supra-EMC at VBN (Aalborg University's research database)

IFD-GS Supra-EMC

Supraharmonics ElectroMagnetic Compatibility strategies in power electronic based power grid

Link to IFD-GS Supra-EMC at VBN (Aalborg University's research database)

Electric Power Grids are an essential part of the green transition and therefore, EMC tools for design and prediction is demanded. There has already been a massive rollout and investment in smart meters/MCS in Europe (+160 mio installed), however, error readings is a huge issue due to supraharmonics from power electronics.

Grant and period

Project period: 1/5/2023 – 31/10/2027.

The total budget is 23.8 million kr. IFD-GS Supra-EMC is financed by Innovation Fund Denmark with 16.8 million kr. and 7.04 million kr. is co-financed.

Vision & objectives

Vision

To bridge the gap between power grid compatibility and Power Electronics (PE) EMC to develop and demonstrate EMC tools and device for PE applications. To exploit new energy and cost-effective solutions for sustainable business opportunities and develop new EMC tools and devices for commercialization and new job creation.

Objectives

The World’s 1st open access grid Supraharmonics data platform
Digital Impedance Characterizer Device (TRL3→TRL6)
New EMI Filtering Techniques (TRL3→TRL6) with 1/4 improvement on the volume and maintenance cost
Smart Control for Compatibility in Networks
First in class Supra-EMC software (TRL3→TRL6) enabling 1/3 Reduction: This will result in EMC design and optimization and reduce development time and cost

Project plan

Project focus

This project will focus on EMC design of current and next generation power electronics applications with new energy and cost-effective solutions as well as developing new tools and devices for commercialization.

Supraharmonics Compatibility Challenge

A new era for electrification with a growing demand expected to reach 32000 terawatt-hours in 2030 (58 TWh DK)
Power Electronics are an essential part of the green transition, currently processing 70% of our electricity today
All power electronic converters/systems have the potential to emit Supraharmonics emission
Supraharmonics is a major road-blocker for electrification and green transition
Solution = Supra-EMC Project (Novelty)