Performance Analysis and Design Optimization of Renewable Energy Heating Systems

Dear Colleagues,

Performance analysis and design optimization of renewable energy heating systems is an essential area of study focusing on enhancing the efficiency and sustainability of heating solutions that utilize renewable energy sources. This field involves evaluating influences under different system parameters on several aspects, such as thermal performance, power consumption, economic performance, and environmental impact. By conducting comprehensive analyses, researchers can identify optimal configurations and operational strategies that maximize energy efficiency while minimizing carbon footprints.

The core objective of this Special Issue is to develop and refine calculation models and simulation tools used to predict system performance under varying conditions. These models help understand the complex interactions between system components and the environment. Advanced techniques, including algorithmic adjustments and machine learning approaches, are employed to optimize system designs, ensuring that they not only meet energy demands efficiently but also adhere to strict environmental regulations. Additionally, this Special Issue often encompasses experimental studies concerning the integration of hybrid systems, which combine multiple renewable sources such as solar thermal, geothermal, hydrogen, biomass energy, etc.

Overall, the performance analysis and design optimization of renewable energy heating systems are pivotal for advancing green technology in residential, commercial, and industrial sectors, aligning with global efforts to mitigate climate change. The topics of this Special Issue include, but are not limited to, the following:

• Renewable energy utilization;
• Solar PV system;
• Geothermal system;
• Hydrogen system;
• Hybrid energy system;
• Long-term simulation;
• In situ monitoring;
• Multi-object optimization.

Dr. Wanlong Cai
Dr. Chaofan Chen
Dr. Jiewen Deng
Dr. Chao Zeng
Guest Editors

Manuscript Submission Information

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• renewable energy utilization
• solar PV system
• geothermal system
• hydrogen system
• hybrid energy system
• long-term simulation
• in situ monitoring
• multi-object optimization