Energy systems for building clusters and districts are undergoing an accelerated transition in order to achieve goals in sustainability, security and resilience. The main drivers for the transition are the emergence of climate change, renewable-energy-source solutions, building renovation requirements, digitalization, automation, smart mobility, circular economic models, carbon emission reduction, and policy/regulation change. It is therefore highly desirable to promote research and development in this field.
This Research Topic aims to investigate and advance our understanding of the impacts of future energy systems on the sustainability from building cluster (a group of buildings) level to district/urban level. In this context, the Research Topic focuses on novel theories, research, case studies, short communications and literature reviews, exploring the transition in aspects of technical development, economic evaluation, policy/regulation study, social and environmental assessment of energy systems for building clusters and districts.
We, therefore, encourage all researchers from relevant domains to submit papers to this Research Topic. Contributions on the following themes in relation to district energy systems, but not limited to them, are welcome:
• Future climate adaption solutions to building clusters and districts
• Renewable energy systems integrated within building clusters and districts
• District heating and cooling
• Building clusters transformation
• Advanced control for district energy systems
• Digitalization and automation of energy systems within building clusters and districts
• Social-environmental analysis for building clusters and districts
• Policy and regulation at levels of building clusters and districts
Energy systems for building clusters and districts are undergoing an accelerated transition in order to achieve goals in sustainability, security and resilience. The main drivers for the transition are the emergence of climate change, renewable-energy-source solutions, building renovation requirements, digitalization, automation, smart mobility, circular economic models, carbon emission reduction, and policy/regulation change. It is therefore highly desirable to promote research and development in this field.
This Research Topic aims to investigate and advance our understanding of the impacts of future energy systems on the sustainability from building cluster (a group of buildings) level to district/urban level. In this context, the Research Topic focuses on novel theories, research, case studies, short communications and literature reviews, exploring the transition in aspects of technical development, economic evaluation, policy/regulation study, social and environmental assessment of energy systems for building clusters and districts.
We, therefore, encourage all researchers from relevant domains to submit papers to this Research Topic. Contributions on the following themes in relation to district energy systems, but not limited to them, are welcome:
• Future climate adaption solutions to building clusters and districts
• Renewable energy systems integrated within building clusters and districts
• District heating and cooling
• Building clusters transformation
• Advanced control for district energy systems
• Digitalization and automation of energy systems within building clusters and districts
• Social-environmental analysis for building clusters and districts
• Policy and regulation at levels of building clusters and districts