The Department's international and externally funded research projects include the following:

  • "International Visegrad Fund’s Grant No. 22230200, Exchange of Reliability and Safety Experience in the V4 region (ERaSEV4)" - an international project ERaSEV4 is realized by the consortium of universities from Slovakia (leader), Czech Republic, Hungary and Poland. Gdańsk University of Technology is one of the members of this consortium. The aim of this project is to increase cooperation between universities from various countries in Europe.
  • "Application of MSS Reliability Analysis for Electrical Low-Voltage Systems" - international project financed by the Polish National Agency for Academic Exchange (NAWA) under the program "Common Development Projects Between The Republic of Poland and the Slovak Republic". Implementation: 2022-2023.
  • „Center of Excellence in Reliability and Safety Technologies at V4 Region (CERaST)” – international project: Grant No. 21830194 financed by Visegrad Fund. Implementation: 2019-2020,  in cooperation with: Institute of Information Technologies, Žilina, Slovakia (project leader); University of Žilina, Slovakia; VŠB Technical University of Ostrava, Czech Republic; University of Debrecen, Hungary.
  • Real proven solutions to enable active demand and distributed generation flexible integration through a fully controllable LV and MV distribution grid (UPGRID) (2015 – 2017) – Innovation Actions project in the frame of Horizon 2020 program.

Commissioned research:

  • Short-circuit and load flow analysis in HV and MV installation in connection with the construction of 110 kV switching station in the Orlen area. Project manager: Zbigniew Lubośny, professor. Source of funding: Energa Invest Sp. z o.o.
  • Analysis of switching operations with the participation of a 400 kV 100 Mvar reactor in terms of the possibility of ferroresonance and resonance phenomena at 400/110 kV Pelplin substation as part of the project "Expansion of the 400/110 kV Pelplin substation with the installation of devices for reactive power compensation ". Project manager: Zbigniew Lubośny, professor. Source of funding: Polskie Sieci Elektroenergetyczne S.A.
  • Analysis of the possibility of operation of the existing 400 kV Q11 and Q13 circuit breakers, type 3AP2FI, manufactured by Siemens and, alternatively, circuit breakers type LTB420 prod. ABB in branch 7 with a 400 kV 100 Mvar substation on 400/110 kV Pelplin substation as part of the project "Expansion of the 400/110 kV Pelplin substation with installation of reactive power compensation devices". Project manager: Zbigniew Lubośny, professor. Source of funding: Polskie Sieci Elektroenergetyczne S.A.