About this Research Topic
Heat pump technology has emerged as a pivotal solution for heating and cooling applications, leveraging renewable and waste heat sources effectively. This field is gaining momentum as the imperative to address climate change intensifies globally, with a marked increase in temperatures prompting national and regional carbon-neutral roadmaps. Heat pumps' central role in such strategies is underscored by their efficiency and potential for decarbonization. They are notably more effective than conventional heating systems like gas or oil furnaces since they transfer rather than generate heat. This mechanism significantly cuts energy consumption in buildings, which is crucial given that such consumption accounts for approximately 80% of a building's total energy use.
This Research Topic aims to explore the evolving efficiencies, applications, and significant role of heat pumps in energy decarbonization. The focus will be on how these systems align with global strategies to curb carbon emissions, facilitating a transition to renewable energy sources, and improving system performance even in less accommodating climates. We are particularly interested in research that addresses the technological advancements that enhance heat pump reliability and cost-effectiveness, contributing actively to their growing adoption.
To gather further insights in this rapidly evolving field, we welcome articles addressing, but not limited to, the following themes:
Advances in Heat Pump Technology: Innovations in materials, design, and operations.
Heat Pump Integration: Combination with renewable energy sources and applications in heating and cooling networks.
Residential Heat Pump Applications: Energy-efficient solutions for home heating and retrofits.
Commercial and Industrial Heat Pump Systems: Usage in diverse sectors like healthcare and manufacturing.
Environmental and Energy Performance: Life cycle analysis and environmental impact assessments.
Decarbonisation Strategies: Integration into smart grids and low-carbon energy frameworks.
Policy, Economics, and Regulation: Analysis of policy impacts, economic incentives, and market trends related to heat pump deployment.
We encourage submissions that provide both theoretical insights and empirical studies, highlighting heat pumps' capacity to meet modern energy demands and facilitate a sustainable transition to carbon-neutral infrastructures.
This Research Topic aims to explore the evolving efficiencies, applications, and significant role of heat pumps in energy decarbonization. The focus will be on how these systems align with global strategies to curb carbon emissions, facilitating a transition to renewable energy sources, and improving system performance even in less accommodating climates. We are particularly interested in research that addresses the technological advancements that enhance heat pump reliability and cost-effectiveness, contributing actively to their growing adoption.
To gather further insights in this rapidly evolving field, we welcome articles addressing, but not limited to, the following themes:
Advances in Heat Pump Technology: Innovations in materials, design, and operations.
Heat Pump Integration: Combination with renewable energy sources and applications in heating and cooling networks.
Residential Heat Pump Applications: Energy-efficient solutions for home heating and retrofits.
Commercial and Industrial Heat Pump Systems: Usage in diverse sectors like healthcare and manufacturing.
Environmental and Energy Performance: Life cycle analysis and environmental impact assessments.
Decarbonisation Strategies: Integration into smart grids and low-carbon energy frameworks.
Policy, Economics, and Regulation: Analysis of policy impacts, economic incentives, and market trends related to heat pump deployment.
We encourage submissions that provide both theoretical insights and empirical studies, highlighting heat pumps' capacity to meet modern energy demands and facilitate a sustainable transition to carbon-neutral infrastructures.
Keywords: Heat Pump Technology, Energy Decarbonization, Carbon Emissions Reduction, Renewable Energy Integration, Climate Change Mitigation
Important Note: All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.
