SONATA 15 ‘How does activated carbon age? – the research on the influence of oxygen functionalities on the degradation of carbon electrodes in organic medium’
2020-2023 (Funding: NCN) PI: Jakub Menzel

POWROTY project ‘A novel concept of sustainable capacitor based on carbon-ion technology – CARBionCAP’ in collaboration with University of Nantes, France
2020-2022 (Funding: FNP) PI: Paula Ratajczak

‘Sustainable synthesis methods for porous carbons with textural properties tuned for high power-rate energy storage applications’
2020-2020 (Funding: NAWA) PI: Anetta Płatek

M-ERA.NET ‘Innovative Nanostructured Electrodes for Energy Storage Concepts’
2019-2022 (Funding: EU)

‘Study of electrode/electrolyte interface of high stability and quick charge response’
2019-2022 (Funding: NCN) PI: Elżbieta Frąckowiak

Project ‘Lithium-ion capacitors utilizing novel carbon materials – CARBLIC’ in collaboration with National Tsing Hua University, Taiwan
2019-2022 (Funding: NCBiR) PI: François Béguin

PRELUDIUM 15 ‘Influence of carbon felt surface oxidation on the vanadium redox reaction mechanism in an acidic medium’
2019-2021 (Funding: NCN) PI: Justyna Piwek

ETIUDA 7 ‘Study of electrode charging in electrochemical capacitors by quartz crystal microbalance and material degradation during cycling’
2019-2020 (Funding: NCN) PI: Anetta Płatek

Beethoven Project ‘Charging/discharging mechanism at the electrode/electrolyte interface of supercapacitors’ in collaboration with Friedrich-Schiller-University Jena, Germany
2018-2022 (Funding: NCN) PI: François Béguin

PRELUDIUM 13 (NCN) ‘Unravelling the mysteries of ion adsorption/desorption on the porous carbon electrodes’
2018-2021 (Funding: NCN) PI: Anetta Płatek

Swiss Government Excellence Scholarship ‘Redox flow batteries as the main player in energy storage game’ project no. 2016.0324/Poland/OP approved by the Federal Commission for Scholarships for Foreign Students (FCS)
2018-2019 (Funding: Swiss Government) PI: Justyna Piwek

ERC ‘If immortality unveil…’– development of the novel types of energy storage systems with excellent long-term performance
2017-2022 (Funding: EU) PI: Krzysztof Fic

MAESTRO project ‘Effect of ionic liquid confinement in carbon nanopores on electric double layer charging’
2017-2021 (Funding: NCN) PI: François Béguin

TEAM TECH Project ‘A new generation of high energy hybrid capacitors – HYCAP’
2017-2021 (Funding: FNP) PI: François Béguin

‘Effect of ionic liquid confinement in carbon nanopores on electric double layer charging’
2016-2019 (Funding: NCN) PI: François Béguin

‘Charging/discharging mechanism at the electrode/electrolyte interface of supercapacitors’
2015-2018 (Funding: NCN) PI: François Béguin

‘In situ investigations of next generation electrochemical capacitors’ – INGEC
2012-2016 (Funding: Polish-Swiss Research Programme) PI: Elżbieta Frąckowiak

‘Nanowires for Energy Storage’ – NEST
2012-2015 (Funding: FP7- ENERGY) PI: Elżbieta Frąckowiak

‘Development of a sustainable and safe hybrid supercapacitor with high specific energy and maintained high specific power and cyclability’
2012-2015 (Funding: FP7-PEOPLE-286210-IAPP Marie Curie Action) PI: Elżbieta Frąckowiak

‘Development of high performance and ECOLogically friendly superCAPacitors for energy management’
2011-2015 (Funding: FNP) PI: François Béguin

COST Action 1004: ‘Hybrid energy storage devices and systems for mobile and stationary applications’
2011-2015 (Funding: EU)

„Modyfikowane węgle aktywne dla wysokiej mocy ekologicznego superkondensatora o budowie asymetrycznej”
2009-2012 (Funding: MNiSW)

„Wpływ rodzaju i budowy surfaktantu na strukturę granicy faz elektroda/elektrolit w elektrochemicznych systemach magazynowania i konwersji energii”
2010-2012 (Funding: NCN)

„Hybrydowe układy redoks jako źródła energii elektrycznej”
2010-2012 (Funding: MNiSW)

„Carbon” NATO project Science for Peace SfP 973849
1999-2005 (Funding: NATO)