Scholarlink

Two models of solar air collectors are thermally compared with 4 different configurations each one for altitude conditions above 3000 m above sea level: Single-pass solar air collector with flow below the absorbent plate (SACSP), double-pass air collector (SACDP) making 8 variations in total. Thermal models of the solar air collectors are presented and were solved using EES software. The results of the theoretical models show that the SACDP with a single cover and with selective coating has a higher outlet air temperature and higher thermal performance. A SACDP configuration was validated experimentally, and the results showed a strong correlation with the thermal model.

错误：搜索内容不能为空，请输入英文关键词
错误：关键词超出字数限制，请精简
高级检索

Mathematical Comparison of a Single and Double Pass Solar Air Collector in Different Configurations for Application in Domestic Heating

  • 会议论文

  • 发表日期：

    2026年

查看全文
  • Otto Barnett,
  • Sandra Vergara

摘要

Two models of solar air collectors are thermally compared with 4 different configurations each one for altitude conditions above 3000 m above sea level: Single-pass solar air collector with flow below the absorbent plate (SACSP), double-pass air collector (SACDP) making 8 variations in total. Thermal models of the solar air collectors are presented and were solved using EES software. The results of the theoretical models show that the SACDP with a single cover and with selective coating has a higher outlet air temperature and higher thermal performance. A SACDP configuration was validated experimentally, and the results showed a strong correlation with the thermal model.