Designing and production of sustainable hybrid energy storage system
This project focuses on fundamental studies of hybrid energy storage by using cheap non-toxic metals and biomass derived carbon as electrodes in presence of aqueous electrolytes.
Background
Consideration of sustainable ways for industrial production of energy storage is an important aspect since conventional techniques has several drawbacks including adverse health consequences and environmental pollution. Therefore, development of clean and efficient alternative energy resources are one of the important concern during present circumstances.
Aims and objectives
Project plan
So far, we synthesized materials and investigated their properties including electrochemistry. Addition to this, various deposition techniques for electrode fabrication has studied and optimization is in process. We are working on metal-carbon capacitor by preserving main attractive properties of electrochemical capacitors. Our future work based on findings and that focuses sustainable production of micro as well as macro energy storage devices on industrial scale.
Applied interdisciplinarity
This project is overall collaborative work that involves diversity aspects of material behaviour, effect on environment as of sustainability perspective and development of production technologies based on other factors. Therefore, it draws knowledge from other fields including energy technology and production engineering to be able to fulfil the demands of project by crossing the limitations.
Papers
Modern energy storage technologies: Assessing their technical performance and sustainability aspects through a systematic review (manuscript)
KTH collaborations
Energy Technology󠄄
Production Engineering
Material Science and Engineering
Other collaborations
University of Belgrade
Duration
June 2020 – May 2022