Energy sustainability in subject area The journal strives to publish early scientific opinions on issues, which are just emerging and require crosscutting and creative thinking. Engineering energy sustainability is defined as the sustainable use of energy within an overall energy system, encompassing the processes and technologies for harvesting, converting, transporting, storing, and utilizing energy resources in a manner that maintains sustainability throughout the entire system.
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Sustainable energy also helps to conserve the planet’s natural resources and reduce the pollution associated with unsustainable energy
Why is sustainable energy important for our future
When we consider sustainable energy and our future, it’s essential to also understand what the current energy crisis is doing to our planet right now. The sustainable energy transition refers to the transition from unsustainable energy sources to those that are sustainable, renewable, and/or “green,” such as geothermal, wind, solar, hydropower, and biomass While there is overlap, these sources have their own nuances in terms of how these sources are acquired and how they are managed. Sustainable biomass converts organic matter, such as agricultural waste, into usable energy through processes like anaerobic digestion or thermochemical conversion
The role of energy efficiency and conservation while transitioning the energy supply is a major component of sustainability, reducing overall energy demand is equally important. Summary the sustainable energy transition is a transformative shift in how energy is produced, distributed and consumed, aiming to move away from fossil fuels towards a system centred on renewable energy sources This energy transition is critical to tackling the climate crisis, as fossil fuels still provide 80 percent of global energy supply Central to the energy transition is the concept of.
We’re engineering the future through:
The articles assembled in this topical collection provide valuable insights into the complexities of energy sustainability, drawing on rigorous scholarship and interdisciplinary inquiry to inform policy, inspire innovation and catalyze action toward a more resilient and equitable energy future. We particularly welcome papers that integrate at least two dimensions of the energy, sustainability and society nexus and contribute to new holistic system solutions for the development of novel future energy
