The aim of this research is to analyse the impact of renewable energy (RE) technologies and
sector coupling via analysing the transition pathways towards a sustainable energy system …

We report a techno-economic modelling for the flexible production of hydrogen and
ammonia from water and optimally combined solar and wind energy. We use hourly data in …

Renewable energy is expected to become the main electricity source in the world in the
coming decades, with solar and wind power taking a big share of the energy supply …

The objective of the paper is to generate an energy and environmental model using LEAP to
forecast energy demand, supply, emissions for Chile by 2030 and create scenarios …

Around 40% of electricity in Chile is supplied by renewables and the rest by fossil fuels.
Despite the growing electricity demand in the country, its environmental impacts are as yet …

To achieve sustainable development of hydroelectric resources, it is necessary to
understand their availability, variability, and the expected impacts of climate change. Current …

Grid-connected microgrids (MG) can offer significant benefits to electricity systems by
improving the security of energy supply with clean renewable energy sources. Unlocking …

In this work, we study an alternative approach for capping and pricing carbon emissions in
electric markets: the cap-and-trade paradigm with re-trade of allowances. We model the …

In this study, we present a pre-feasibility analysis that examines the viability of implementing
autonomous green hydrogen production plants in two strategic regions of Chile. With …

Wind energy is now one of the fastest growing renewable energy sources in Chile, making it
the second largest market for wind power in Latin America. This paper describes the …