Greenhouse gas emissions reduction and independence from fossil fuels have become two main challenges for improving the sustainability of the global energy system. To this end, increasing the use of renewable sources to produce energy is essential. However, renewable sources have disadvantages, like the intermittence of the production due to the dependence on climatic conditions, or the distance between renewable power plants production and demand sites [1, 2]. Therefore, to increase the energy production through renewable energy sources, it is necessary the use of energy transport and storage systems. For this reason, hydrogen and its chemical carriers have positioned themselves as key players to boost the use of renewable sources in the energy sector, improving energy transmission and its long-term storage
Greenhouse gas emissions reduction and independence from fossil fuels have become two main challenges for improving the sustainability of the global energy system. To this end, increasing the use of renewable sources to produce energy is essential. However, renewable sources have disadvantages, like the intermittence of the production due to the dependence on climatic conditions, or the distance between renewable power plants production and demand sites [1, 2]. Therefore, to increase the energy production through renewable energy sources, it is necessary the use of energy transport and storage systems. For this reason, hydrogen and its chemical carriers have positioned themselves as key players to boost the use of renewable sources in the energy sector, improving energy transmission and its long-term storage Read More
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