A comprehensive assessment of the energetics parameters for a novel design of a multi-generation system including a heliostat field, a CO₂ cycle, a desalination unit, an electrodialysis unit, and a combined cooling, heating, and power (CCHP) unit is conducted. The outputs of the system are electric power, cooling, heating, desalinated water, NaClO, and hydrogen. The study quantifies energy efficiency, exergy, exergoenvironmental and key environmental factors. The assessment additionally incorporates economic and environmental features of the proposed system to highlight the related social costs of air pollution. A comparison of system performance against conventional non-renewable energy-powered systems is highlighted through four scenarios. The system produces 11.89 GWh/year electrical energy, 5.3 GWh/year cooling, 6.5 GWh/year heating, 9.8 ton/year NaClO, 2.2 × 10⁸ m³/year hydrogen, and 2.8 × 10⁵ m³/year desalinated water with estimated values of the energy and exergy efficiencies at 22.39 % and 40.24 %, respectively, and payback period for the investment is determined to be 5 years.

对多代系统新颖设计的能量学参数进行综合评估，包括定日镜场、CO ₂进行循环、脱盐单元、电渗析单元和冷热电联合（CCHP）单元。该系统的输出是电力、冷却、加热、淡化水、NaClO和氢气。该研究量化了能源效率、火用、exergoenvironmental 和关键环境因素。该评估还结合了拟议系统的经济和环境特征，以突出空气污染的相关社会成本。通过四种情景突出了系统性能与传统不可再生能源供电系统的比较。该系统产生11.89 GWh/年电能、5.3 GWh/年冷却、6.5 GWh/年加热、9.8吨/年NaClO、2.2 × 10 ⁸  m ³ /年氢气和2.8 × 10 ⁵ m ³ /年淡化水，能源和火用效率估计值分别为22.39%和40.24%，投资回收期确定为5年。