RDCRE_hero_1920x630

we do research in the field of renewable energy technologies

We focus on renewable energy technologies based on fuel cells, hydrogen generators, alternative fuels, battery systems such as metal-air and vanadium and redox-hydrogen. Our strive to ensure access to affordable and reliable renewable energy technologies based on basic and applied research of active components and a complete system for energy conversion and storage.

WORKPLACE FOR RENEWABLE ENERGY SOURCES

We are a center for renewable energy (RE EN) focused on innovation, research, development, and application of renewable energy technologies. 

WHAT ARE WE DEALING WITH?

  • Developing new, cost-effective, and practical solutions for ecological energy sources
  • Design and development of renewable energy solutions for industrial applications 
  • Perform analysis and testing for fuel cell components
  • We also provide consulting service

renewable energy Centre offer

  • Development of fuel cell components - bipolar plates, a new class of catalyst materials and supports, gas diffusion layers, polymer membranes (ionomers) for various types of fuel cells (e.g. H2-air, dimethyl ether-air)
  • Fuel cell diagnostics and testing - accelerated stress tests, performance tests, degradation studies, component testing, and in-situ analysis
  • Modeling and experimental validation of water, heat transport in single and multiple fuel cell assembly
  • Development of a CO-tolerant catalyst for proton exchange membrane fuel cell anodes
  • Analysis of electrical properties, water uptake, surface properties - impedance spectra, sorption isotherm, specific surface area (BET)
  • Advanced materials analysis - microscopy, spectroscopy, thermal analysis
    Design and development of software for controlling fuel cell operation

CURRENT SELECTED PROJECTS - RE EN

Advanced Graphene Electrode Architecture for Proton Exchange Membrane Fuel Cell - TA ČR DELTA - projekt č. TM05000013

The project aims at the development of a lightweight PEM fuel cell that can efficiently generate power at low temperatures.

RESEARCH TEAM

Anonymous

Dr. Palaniappan Subramanian

Anonymous

prof. Dr. Ján Minár

+420 377 634 771