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The aim is to analyze recent advancements in design strategies for solar air collectors and their thermal performance.

May 8, 2026Discover Applied SciencesOpen Access

Performance enhancement methods for solar air collectors: a review of design strategies and thermal applications

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The aim is to analyze recent advancements in design strategies for solar air collectors and their thermal performance.
Conducted a comprehensive review of studies focused on solar collector design techniques.
Evaluated thermal and thermo-hydraulic performance of various enhancement methods, including structural modifications and materials.
Classified enhancement techniques and assessed their impact on efficiency.
Structural modifications like baffles increase heat transfer, with notable improvements in air residence time and surface area.
Double-pass collectors with porous media reach efficiencies of up to 90.8%.
Integration of metal-foam phase change materials in PV/T systems can yield efficiency gains exceeding 20%.

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Review analyzes efficiency improvement methods in solar air collectors, suggesting design strategies and applications.

Zhu et al. (2026) studied this question.

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