-Status of the project – Study day (Jos Knockaert, UGent)

-WP1: Supraharmonics: analysis of a present/future issue (Erzen Muharemi, UCLouvain)

-WP3: A Frequency-Adaptive Active filter for Mitigating Supraharmonics in the 10kHz to 60kHz range (Johan Raman, Xiaoqin Wang, UGent)

-WP3: Interleaved multiphase converter concept for supraharmonic emissions mitigation and introductory to three phase systems (Abdellatif Aboutaleb, UGent)

-WP2 & WP4: IMPERFECT Project Report: Grid components (WP2) and Verification setup (WP4) (Georgios Roumeliotis, Amin Gholizad, UGent)

-Closure of the project and feedback (Jos Knockaert, UGent)

- Closing reception + sandwiches

Management meeting

Project status

Closure event

Valorisation

Break

Technical meeting

• Welcome     

• WP3 Active filter: prototype measurements & interpretation– Xiaoqin Wang (UGent)

• WP1  Emission modelling, current status - Erzen Muharemi  (UCLouvain)

• WP2 Optimizing the sizing of the APF designed for single phase grid connected inverters– Abdellatif Aboutaleb (UGent)

• WP4 Validation setup Georgios Roumeliotis (UGent)

 Closure

Management meeting

 Break

 Technical meeting

• Welcome     

• WP3 Update on active filter – Xiaoqin Wang (UGent)

• WP1  Emission modelling, current status - Erzen Muharemi  (UCLouvain)

• WP2 Grid impedance measurements – Amin Gholizad (UGent)

• Modeling approach of PFC boost Emissions in SH range. Ongoing steps.– Amin Gholizad (UGent)

 Closure

-         Relevant results for industrial valorisation (Jos Knockaert, UGent)

-         Frequency adaptive active filter (Johan Raman, UGent)

-         Standardisation: update (Emmanuel De Jaeger, UCLouvain)

-         Possible next steps and further cooperation (Jos Knockaert, UGent)

-        Demo’s and interaction:

o   Demo: Measurement of the impedance of an emulated transmission line on a live grid, using a switched load (Amin Gholizad)

o   Demo: single-phase transformer current- and frequency-dependent nonlinear impedance measurements (Georgios Roumeliotis)

o   Frequency adaptive active filter (Xiaoqin Wang)

-    Closure & Reception

Scientific Board - Valorization Board

• Project management

• Valorisation board

• Work packages

• Communication

Project Team Meeting (Parallel)

Scientific Board - Valorization Board

• Project management

• Valorisation board

• Work packages

• Communication

Project Team Meeting

• Welcome           

• WP1 Analytical adaptation considering SHs present on the modulating wave of a PWM controlled APFC' – Erzen Muharemi (UCLouvain)

• WP1 Comparison between the simulation and experimental results of grid-connected inverter with the proposed active power filter - Abdellatif Aboutaleb  (UGent)

• WP1 Grid side current supraharmonics analysis of power factor correction converters in common mode and differential mode – Amin Gholizad (UGent)

Current status of the project (Jos Knockaert, UGent)

Technical presentations:

• Converter model and conclusions (Erzen Muharemi UCLouvain)

• Grid components model (Georgios Roumeliotis, UGent)

• FPGA based filter concept + demo (Johan Raman and Xiaoqin Wang, UGent)

• Behaviour of supraharmonics and switching based filter concept + demo (Abdellatif Aboutaleb, UGent)

Input from the IAB

Scientific Board - Valorization Board

• Project management

• Valorisation board

Project Team Meeting

• Welcome           

• WP3 Progress in active filter design – Xiaoqin Wang (UGent– ELIS/Cas)   

• WP1 Fly-back and push-pull converter models for CM and DM simulations – Amon Gholizad (UGent     EELab/Lemcko)

• WP1 a study on the grid connected inverter parameters effect on the supraharmonics emissions- Abdellatif Aboutaleb    (UGent EELab/Lemcko)

• WP2 Case study of two transformers: 1-phase 230V / 18V 1.8VA & 3-phase 10600V / 420V 630kVA – Georgios Roumeliotis   (UGent - EELab/Lemcko)

Project Team Meeting

• WP3 Progress in filter design – Xiaoqin Wang (UGent– ELIS/Cas)

• WP3 Four-Leg grid-connected inverter for low high frequency emissions – Abdellatif   Aboutaleb (Ugent EELab/Lemcko)

• WP1 Determination of HF emissions for distinctive topologies, current status - Erzen Muharemi   (UCLouvain – iMMC/Meed)

• WP2 Three phase supraharmonics measurements, transformer time variant inductance   measurements, long transmission line reference resonance measurements – Georgios   Roumeliotis / Amin Gholizad (UGent - EELab/Lemcko)

 Scientific Board - Valorization Board

• Project management

• Valorisation board

• Work packages

• Communication

Scientific Board - Valorization Board

• Project management

• Valorisation board

• Work packages

• Communication

Project Team Meeting

• Welcome           

• WP1 DM conducted immunity testing - Amin Gholizad (UGent EELab/Lemcko)

• WP2 New modules for the EMC lab + Study on SH and LF emissions interactions – Abdellatif   Aboutaleb (Ugent EELab/Lemcko)

• WP3 Progress in filter design – Xiaoqin Wang / Pieter Romboudts (UGent– ELIS/Cas)

• WP1 Determination of HF emissions for distinctive topologies, current status - Erzen Muharemi   (UCLouvain – iMMC/Meed)

•Welcome with sandwiches

•Current status of the project (Jos Knockaert, UGent)

•Valorisation and Administration (Arne De Keyser, UGent)

Technical presentations

•Case study of the emission and propagation of supraharmonics (Georgios Roumeliotis, UGent)

•SH in grid tied converters(Abdellatif Aboutaleb, UGent)

•Parallel operation of grid-tied converters (Abdellatif Aboutaleb, UGent)

•FPGA based filter current status (Pieter Rombouts, UGent)

•Input from the IAB

•Closing reception

Project Team Meeting

• Welcome           

• WP2/WP4 grid – present status and future goals - Georgios Roumeliotis (UGent EELab/Lemcko)

• WP1 CM/DM interferences in the SH range - Amin Gholizad (UGent EELab/Lemcko)

• WP1 Analysis of interleaved boost converters - Erzen Muharemi (UCLouvain – iMMC/Meed)

• WP3 Progress in filter design – Xiaoqin Wang / Pieter Romboudts (UGent– ELIS/Cas)

Scientific Board - Valorization Board

• Project management

• Valorisation Board

• Work packages – Overview and deviations

• Communication

Project Team Meeting

• Welcome               

• Loads and sources - UCLouvain (Erzen Muharemi)

• Differential mode and common mode harmonic behaviour - UGent – EELAB/Lemcko (Amin Gholizad)

• Power conversion harmonics - UGent - EELAB/Lemcko (Abdellatif Aboutaleb)

Scientific Board - Valorization Board

• Project management

• Valorisation Board

• Work packages – Overview and deviations

• Communication

• Content IAB3

Welcome

Current state of the project (Jos Knockaert, UGent)
Progress in grid modelling (Jos Knockaert, Georgios Roumeliotis, Ugent)
Sources and loads (Emmanuel De Jaeger, Erzen Muharemi, UC Louvain)
Filter concept (Pieter Rombouts, Robbe Riem, UGent)

Input from the IAB
Valorisation and Administration (Arne De Keyser, UGent)

Project Team Meeting

• Welcome               

• Grid model - UGent EELab/Lemcko (Georgios Roumeliotis)

• Load and source models - UCLouvain (Erzen Muharemi)

Scientific Board - Valorization Board

• Valorisation Board - Preparation IAB2

• Work packages – Overview and deviations

• Communication

Technical exchange meeting PhD students

(in parallel with Scientific Board)

• In depth discussions

•   Synergies

•   Further collaboration

Project Team Meeting

• Welcome               

• Cable Models - UGent EELab/Lemcko (Georgios Roumeliotis)

• Loads and sources - UCLouvain (Erzen Muharemi)

• Basic filter concept - UGent – ELIS/CAS (Robbe Riem)

Scientific Board - Valorization Board

• Valorisation Board - Current status IAB (Arne De Keyser, Tom Nijsen)

• Work packages – Overview and deviations

• Communication

• Content IAB2

Welcome   

Description of the common challenge between 2 and 150 kHz (Jos Knockaert, UGent)

Current status on standardisation (Emmanuel De Jaeger, UCLouvain)

Overview of the project (Jos Knockaert, UGent)

Valorisation (Arne De Keyser, UGent)

Administration (Tom Nijsen, Flux50)

Input from the IAB

Project management meeting - Scientific board meeting - Valorisation board meeting

• Administration

• Financial framework

• Work package WP0 (management)

• Time schedule

• Technical work packages WP1 - WP4