Data accompanying the publication: Energy and parametric analysis of solar absorption cooling systems for an office building in Souk Ahras City, Algeria

This study presents a meticulously designed solar cooling system based on absorption, utilizing the Taguchi method to systematically analyze the effects of key parameters. The analysis is carried out to meet a peak cooling demand of 25,000 KJ/hr for an office building located in Souk Ahras City (36° 17' 11'' N, 7° 57' 4'' E). The parameters investigated include collector area (A), collector slope (S), hot water tank volume (V), and water flow rate in the collector (F), with the aim of determining optimal values for improved system efficiency and cost-effectiveness.

本研究构建了一套精心设计的吸收式太阳能制冷系统，并采用田口方法（Taguchi method）系统分析关键参数对系统的影响。本次分析针对位于苏赫赫拉斯市（Souk Ahras City，纬度36°17′11″N，经度7°57′4″E）的某办公楼，以满足其25000千焦/小时的峰值制冷负荷为目标开展。本研究考察的参数包括集热器面积（A）、集热器倾角（S）、热水箱容积（V）及集热器内水流量（F），旨在通过优化参数取值提升系统效率与经济性。