Green Innovation Laboratory for Renewable Energy Sources and Grid Integration

Objectives: The Green2Grid project enhances the research excellence of the Nikola Tesla Institute in the field of grid-connected power converters for renewable energy sources, through collaboration with Prof. Miroslav Vasić (Polytechnic University of Madrid, Spain). The project guides the development toward the establishment of a modern laboratory for renewable energy in Serbia, with clear scientific, environmental, and economic impact. Knowledge transfer through workshops and mutual visits will contribute to strengthening Serbia’s research capacity, accelerating the energy transition, and supporting the implementation of the Green Agenda.
Funding: Science Fund of the Republic of Serbia, Program for Cooperation with the Serbian Scientific Diaspora, #GRANT No. 9029-YF-SAIGE
Project duration: 15 July 2025 – 15 July 2026
Coordinator: Dr. Đorđe Stojić
Our role: Knowledge transfer organization, laboratory design, technical reporting, and strategy development for research collaboration in the field of power converters.
Keywords: grid-connected converters, SiC, GaN, renewable energy integration, energy transition, diaspora
Website: www.ieent.org

Development of green technology to mitigate power transformer failures induced by elemental sulphur
and change current hazardous practice in transformer oil regeneration

Objectives: To enable sustainable green power by mitigation of power transformer failures induced by elemental sulphur, by development of innovative green technology integrated with previous patented technologies
Funding: Science Fund of the Republic of Serbia, #GRANT No. 6700
Project duration: 20. 05. 2023 – 20. 05. 2025.
Coordinator: Dr. Jelena Lukic
Our role: Development of new technology for the removal of elemental sulphur from transformer oils
Keywords: corrosive sulphur, elemental sulphur, polychlorinated biphenyls, 3PINT, power transformer, transformer oil
Website: https://greencleans.rs/sr/pocetna/

K-BMS - Battery Management and Charging Solution

Objectives: Cutting edge hardware and software battery management system (BMS) which enables charging, monitoring, remote control and alarming, with superior user interaction and top-notch cybersecurity
Funding: Innovation Fund of the Republic of Serbia, Collaborative grant scheme program
Project duration: 2022 – 2024
Coordinator: Khaoticen
Our role: Main partner
Keywords: battery management system, cybersecurity, electrical engineering
Website: https://www.inovacionifond.rs/en/programs/collaborative-grant-scheme-program/funded/psnp-svi-projekti

Teaching critical thinking in science through nanolearning and virtual exchange principles (NanoThink) project

Objectives: The project is a comprehensive initiative aimed at creating a specialised program that encourages critical thinking in science. The principles of virtual learning and so-called focused nano-tools will be used in the development of the program, so that the learning experience will be attractive, interesting and effective for modern generations of students.
Funding: ERASMUS + Virtual Exchange
Project duration: 2024 – 2027
Coordinator: prof. dr. sc Sandra Kraljević Pavelić, Faculty of Health Studies, University of Rijeka
Our role: member of the consortium
Keywords: virtual learning, critical thinking, focused nano-tools
Website: https://nanothink.eu/

Objectives: The project aims to support policy makers in the countries of the European Commission, Member States (MS) and the Energy Community (EnC) to most effectively implement the framework of the EU Energy Efficiency Directive (EED) at the national level. It represents the continuation of previous ODYSSEE-MURE projects. As the previously developed tools have been successfully used in the past, they will be extended from the 27 EU member states to the 9 EnC countries, with the support of a specific "buddy system" of selected partners from the EU27. New tools, such as the web-based energy efficiency policy assessment tool and the policy radar, will strengthen the capabilities of EU Member States and EnC. The project will improve, update and modernize ODYSSEE-MURE tools and databases to support EU and EnC Member States through regional and national events and trainings, as well as newsletters, policy briefs, webinars and social media. In addition, the analysis developed in this project will be expanded through cooperation with the European Council for an Energy Efficient Economy (ECEEE), which organizes the most important energy efficiency events, which brings together policy makers, researchers and industry .
Funding: Programme for the Environment and Climate Action (LIFE)
Project duration: 01.10.2022-31.03.2025
Coordinator: AGENCE DE L'ENVIRONNEMENT ET DE LAMAITRISE DE L'ENERGIE, France
Our role: Participant, member of the Energy Community
Keywords: energy efficiency indicators, energy efficiency measures, Energy Community, EED, ODYSSEE, MURE
Website: https://www.odyssee-mure.eu/