In a time where the phenomena of climate change and energy crisis increasingly engage the scientific community, there is talk of the integration and application of green energy technologies. The focus is primarily on technologies related to the production and integration of green hydrogen.
Hydrogen can be utilized as a fuel, an energy carrier, and a means of energy storage. Green hydrogen is produced through the electrolytic splitting of water, with the required electrical energy sourced from purely Renewable Energy Sources. Its production method indicates zero emissions, especially concerning CO2 levels.
Such a system can ensure energy transition and autonomy, with applications ranging from industrial sectors to building facilities at the urban and rural levels. The goals set by the European Union regarding hydrogen by 2030 are ambitious, and Greece aims to play a leading role in this new phase, as it constitutes a key pillar in the transition to green energy.
The objective is to adapt to the new market dynamics and develop the technical and economic framework related to green hydrogen. This requires advanced knowledge, the development of new infrastructures, and improvement in factors related to hydrogen storage, transportation, and distribution.
