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<p>This paper explores the performance of air coolers in high-altitude regions. By simulating the operating conditions of air coolers under various altitudes in a laboratory environment, the study reveals that high altitude significantly affects the cooling capacity and performance of these coolers. As altitude increases, variations in atmospheric pressure and temperature have a complex impact on the heat dissipation capability of the coolers. By adjusting environmental parameters, detailed measurements of cooling capacity, air temperature, water temperature, and flow rates at different altitudes were conducted, providing valuable references for the design and optimization of air coolers in high-altitude areas. The results of this study not only offer empirical data for the design of cooling equipment in high-altitude regions but also lay the groundwork for future research on cooling systems in similar environments.</p>

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Performance analysis of air cooler in high altitude area

  • 期刊论文

  • 发表日期：

    2025年9月2日

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  • Jiping Wu,
  • Wu Chen,
  • Yuxi Chen,
  • Bo Jiang,
  • Dengsheng Zheng,
  • Peng Shi

摘要

This paper explores the performance of air coolers in high-altitude regions. By simulating the operating conditions of air coolers under various altitudes in a laboratory environment, the study reveals that high altitude significantly affects the cooling capacity and performance of these coolers. As altitude increases, variations in atmospheric pressure and temperature have a complex impact on the heat dissipation capability of the coolers. By adjusting environmental parameters, detailed measurements of cooling capacity, air temperature, water temperature, and flow rates at different altitudes were conducted, providing valuable references for the design and optimization of air coolers in high-altitude areas. The results of this study not only offer empirical data for the design of cooling equipment in high-altitude regions but also lay the groundwork for future research on cooling systems in similar environments.