Renewable energy transitions are essential for decarbonizing the world economy and
mitigating global climate change. Yet many energy technologies classified as renewable …

Solar and wind energy are expected to play a key role in creating a climate-neutral Europe
by 2050 and decarbonizing energy production in general, albeit requiring significant …

The feasibility of the global energy transition may rest on the ability of nations to harness
hydrogen's potential for cross-sectoral decarbonization. In countries historically reliant on …

Computer-based models provide decision-makers with techno-economic insights into
transition pathways for decarbonising energy systems. Such models mainly focus on techno …

The 'deep'decarbonization of the residential sector is a priority for meeting national climate
change targets, especially in countries such as the UK where natural gas has been the …

Decarbonization in several countries is now linked to the prospect of implementing a
national hydrogen economy. In countries with extensive natural gas infrastructure, hydrogen …

Recently the field of social acceptance research on energy was mapped by Gaede and
Rowlands [1]. Some of their observations are worrying and need reflection. Two essential …

Highlights•Smart Energy Systems reduces CO 2 emissions while increases energy
efficiency.•Development of the Smart Sustainable Energy using PEST analysis are more …

Green energy has gained significant research attention across the globe due to its ability to
reduce environmental damage. However, for complete acceptance of green energy, only …

A step change is needed in the deployment of renewable energy if the triple challenge of
ensuring climate change mitigation, energy security, and energy affordability is to be met …