People / Pavol Bauer
Principal investigator
Pavol Bauer
Professor | Dc electricity grids
- Institution
- Delft University of Technology
- Work packages
- In NEON
- 2020 onwards
- Now
- Full professor and head of the DC Systems, Energy Conversion and Storage group, Department of Electrical Sustainable Energy, Delft University of Technology
Leader of WP2 (DC electricity grids); promotor of Nikos Damianakis and Sachin Yadav.
Expertise: Power electronics, electric vehicles, charging infrastructure, DC grids
Pavol Bauer is full professor at TU Delft's Department of Electrical Sustainable Energy and heads the DC Systems, Energy Conversion and Storage group. His research covers power electronics, DC grids, EV charging and energy storage.
About me
Pavol Bauer is currently a full Professor with the Department of Electrical Sustainable Energy 0f Delft University of Technology and head of DC Systems, Energy Conversion and Storage group. He received Masters in Electrical Engineering at the Technical University of Kosice (‘85), Ph.D. from Delft University of Technology (’95) and title prof. from the president of Czech Republic at the Brno University of Technology (2008) and Delft University of Technology (2016).
Personal Motivation
Profile text from the former NEON website.
✎ draftPhD researchers supervised
Publications and talks
- Power Management of PV Generation, Electric Mobility, Electric Heating, and Battery Energy Storage (journal-article, 2026)
- Impact of Bipolar DC grids on the Reliability and Availability of Shipboard Power Systems (conference-paper, 2026)
- Leveraging Location-Unconstrained Vehicle to Grid to Reduce Energy Community Costs (report, 2026)
- Grid impact of photovoltaics, electric vehicles and heat pumps on distribution grids: An overview (journal-article, 2025)
- Grid Impact of Unbalanced Phase Integration of PV Generation, Electrified Mobility, and Heating in LV Distribution Grids (journal-article, 2025)
- Revisiting the Reverse Switched Current of Buck, Boost, and Buck-Boost Converters in Voltage-Mode TCM-ZVS Control Considering Parasitic Resistances (journal-article, 2024)
- Simplified Operation and Control of a Series-Resonant Balancing Converter for Bipolar DC Grids (journal-article, 2024)
- Synthesis and Comparison of Soft-Switched Operating Modes of a Series Resonant Balancing Converter for Bipolar DC Grids (journal-article, 2024)
- An Active Power Decoupling Strategy to Reduce the Capacitor Size of a Cascaded H-Bridge Converter in a Solid State Transformer (conference-paper, 2024)
- Coordinated Power Control of PV Generation, Electric Mobility and Electric Heating in Different Grids (conference-paper, 2024)
- Design and Implementation of a Multi-Output Flyback Auxiliary Power Supply for Bipolar DC Grids (conference-paper, 2024)
- Impact of Uncertainties and Price of Robustness in receding-horizon EV Smart-Charging (conference-paper, 2024)
- η-ρ Pareto Design of a Balancing Converter for Bipolar DC Grids (conference-paper, 2024)
- A shared PV system for transportation and residential loads to reduce curtailment and the need for storage systems (journal-article, 2023)
- Assessing the grid impact of Electric Vehicles, Heat Pumps & PV generation in Dutch LV distribution grids (journal-article, 2023)
- Comparative Analysis of Series Connected MOSFETs with Single Switch for ZVS Turn On Converter Topology (conference-paper, 2023)
- Frequency Regulation Reserves Provision in EV Smart-Charging (conference-paper, 2023)
- Risk-averse Estimation of Electric Heat Pump Power Consumption (conference-paper, 2023)
- Bipolar DC grids on ships: possibilities and challenges (journal-article, 2022)
- A Series Resonant Balancing Converter for Bipolar DC Grids on Ships (conference-paper, 2022)
- Cases of Soft Switching in a Series Resonant Balancing Converter for Bipolar DC Grids (conference-paper, 2022)
- Modeling and Stability Analysis of Radial and Zonal Architectures of a Bipolar DC Ferry Ship (conference-paper, 2021)