Energy Hub (EH) is a multi-generation system in which many energy carriers are converted, stored, and supplied for several energy types to meet the challenges of energy consumptions and resources, numerous energy infrastructure, flexibility, and sustainable energy systems. Likewise, a microgrid (MG) is a distributed energy aggregator designed to provide electrical demands in power networks close enough to distribution users to reduce power losses and transmission concerns. While the concepts of EH and MG can offer many benefits to the energy system, the most prominent challenge in these systems is the efficient and secure transmission of energy between them. The use of energy hubs as a significant invention for future multi-carrier energy systems is well regarded for integrating renewables and energy storage into power systems. In this domain, this suggestion offers a practical distributed energy management framework for modelling and optimizing functioning of clean energy systems.
The energy hub perception is regarded as a gold pathway for improving power quality. It enables new design approaches for multiple energy carrier systems while also providing flexibility in combining different energy carriers using conversion and storage technology, thus providing a powerful strategy for various system improvements. Because of the improvement in power quality, energy costs and system emissions can be reduced, supply security and availability can be increased, congestion can be relieved, and overall energy efficiency can be improved.
We are looking for original contributions that discourse the emerging challenges in energy hub, renewable-energy distributed generation technologies in modern power systems for this Research Topic. It will be our pleasure to offer a forum for researchers to exchange ideas, experiences, and findings on all aspects of renewable-based energy distributed generation energy of modern electrical systems and smart networks. This includes problem descriptions, the use of new optimization methodologies in power system planning, resource management, and microgrid performance enhancement, uncertainty/sensitivity calculations, and causation calculations.
This Research Topic aims to draw submissions from potential research areas including, but not limited to, the following:
• Emerging challenges in energy hubs
• Optimal management of energy hubs
• Modeling and optimization of energy hubs
• Renewable-energy distributed generation technologies in modern power systems
• Energy storage applications
• Power quality measures in energy hubs
• Multiscale energy storage case studies.
Energy Hub (EH) is a multi-generation system in which many energy carriers are converted, stored, and supplied for several energy types to meet the challenges of energy consumptions and resources, numerous energy infrastructure, flexibility, and sustainable energy systems. Likewise, a microgrid (MG) is a distributed energy aggregator designed to provide electrical demands in power networks close enough to distribution users to reduce power losses and transmission concerns. While the concepts of EH and MG can offer many benefits to the energy system, the most prominent challenge in these systems is the efficient and secure transmission of energy between them. The use of energy hubs as a significant invention for future multi-carrier energy systems is well regarded for integrating renewables and energy storage into power systems. In this domain, this suggestion offers a practical distributed energy management framework for modelling and optimizing functioning of clean energy systems.
The energy hub perception is regarded as a gold pathway for improving power quality. It enables new design approaches for multiple energy carrier systems while also providing flexibility in combining different energy carriers using conversion and storage technology, thus providing a powerful strategy for various system improvements. Because of the improvement in power quality, energy costs and system emissions can be reduced, supply security and availability can be increased, congestion can be relieved, and overall energy efficiency can be improved.
We are looking for original contributions that discourse the emerging challenges in energy hub, renewable-energy distributed generation technologies in modern power systems for this Research Topic. It will be our pleasure to offer a forum for researchers to exchange ideas, experiences, and findings on all aspects of renewable-based energy distributed generation energy of modern electrical systems and smart networks. This includes problem descriptions, the use of new optimization methodologies in power system planning, resource management, and microgrid performance enhancement, uncertainty/sensitivity calculations, and causation calculations.
This Research Topic aims to draw submissions from potential research areas including, but not limited to, the following:
• Emerging challenges in energy hubs
• Optimal management of energy hubs
• Modeling and optimization of energy hubs
• Renewable-energy distributed generation technologies in modern power systems
• Energy storage applications
• Power quality measures in energy hubs
• Multiscale energy storage case studies.
