Topics

The conference covers all network disturbance phenomena including lower-frequency distortion (harmonics, interharmonics, subharmonics), higher-frequency distortion (supraharmonics), flicker, unbalance, slow voltage variations, rapid voltage changes, volt-age sags, voltage swells, notching and transients. Classical as well as modern technologies, like e-mobility, inverter-based generation, battery storage systems, FACTS, HVDC converters and heat pumps are addressed. Relevant topics include, but are not limited to:

Measurement and data analysis

Design aspects of measurement campaigns
New metrics and measurement methods including advanced signal processing
Measurement uncertainty
Data mining and analysis techniques including Artificial Intelligence
Visualization and reporting methods
Forecasting techniques

Equipment and installations

Emission characteristics
Modelling approaches and parameter identification methods
Aggregation techniques
Immunity and thermal stress
Compliance assessment

System studies

Probabilistic and time-varying aspects
State estimation techniques
Advanced simulation and validation methods
Interactions and propagation across the network
Connection and planning studies

Standardization and regulation

Emission limits and allocation techniques
(Conducted) EMC coordination in the context of energy transition and prosumers
Power Quality in liberalized energy markets
Economic impact and (regulatory) management

Case studies (and other topics)

Implementation experiences and results from large measurement campaigns
Interference and mitigation examples
Connection studies for large installations
Integration of Power Quality functionalities in other equipment

New technologies and trends

Power Quality in grids supplied by 100% inverter-based resources
Requirements on grid forming inverters
Power Quality in DC grids
Challenges beyond 150 kHz