综合考虑环境风和冷却流体的耦合作用,建立了采用纳米流体冷却的光伏(PV)-温差发电(TE)系统的性能分析数学模型,探讨了聚光比、风速、冷却流体流速、负载和热电材料品质因数等对其性能的影响.结果表明:采用纳米流体为冷却介质提高了系统的总效率;系统最佳负载值不同于温差发电模块效率最大时的负载;风速对系统最大效率的影响随着热电材料品质因数的变化而变化.
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