M. Łukiewski – Urządzenia dla Energetyki 4/2019
News
Publications
Chokes of drive systems with cores in the CoreECO technology
M. Łukiewski – Urządzenia dla Energetyki 3/2019
Transformer design optimisation for electromobility applications
M. Łukiewski, A. Łukiewska – Napędy i Sterowanie 12/2018
Inductive components for power electronics
M. Łukiewski – Urządzenia dla Energetyki 5/2018
Isolation transformers in medical design
M. Łukiewski – Urządzenia dla Energetyki 4/2018
Transformer design optimisation in electromobility applications
M. Łukiewski, A. Łukiewska – PEMINE-KOMEL 2018, ME-ZP Nr 3/2018 (119)
Network and commutation chokes
M. Łukiewski – Urządzenia dla Energetyki 3/2018
Trafeco – manufacturer of transformers for industrial applications
M. Łukiewski – Elektro.Info 12/2017
Transformers and inductive components in traction vehicle drives
M. Łukiewski – Napędy i Sterowanie 9/2017
Low-loss inductive components and economic efficiency of reactive power compensation
M. Łukiewski – Urządzenia dla Energetyki 7/2017
PANTA RHEI
Project title: „Projekt Panta Rhei, czyli realizacja badań przemysłowych i eksperymentalnych prac rozwojowych w celu opracowania i wdrożenia innowacyjnego układu chłodzenia cieczą dla dławików średniego i niskiego napięcia poprzez zastosowanie paneli chłodzących o optymalnej konfiguracji i rozmieszczeniu”
The project is co-financed by the European Regional Development Fund under the Regional Operational Programme of the Silesian Voivodeship for 2014-2020 Priority Axis: I. Modern economy action: 1.2. Research, development and innovation in enterprises.
Eligible project expenditure: PLN 1,410,842.00
Funding: PLN 1,103,977.60
Implementation period: 1 September 2019 – 31 August 2021
Project Objective: The aim of the project is to achieve a significant improvement in the effectiveness of the cooling process for a new generation of electrical chokes – cooling plates, which will be possible through the implementation of industrial research and development work planned within the scope of the project, aimed at developing an optimal configuration and arrangement of cooling panels. The results of the research work will be implemented in the business activity of the entrepreneur, who will thus not only strengthen but even improve his market position, due to the multiplicity of industries in which the project’s product can be used, such as: power engineering, shipbuilding, railways, etc., as well as the innovativeness of the solution.
The project is consistent with the provisions of Priority Axis I Modern Economy and Measure 1.2 Research, Development and Innovation in Enterprises, RIS WSL i.e. Green Economy and Emerging Industries.