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Development of one-section microchannels cooling system for high-concentration photovoltaic cells

机译：高浓度光伏电池一截面微通道冷却系统的开发

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Mohammed Ibrahim; Hala Abdel-Hameeda; Hosny Abou-Ziyana;
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年度 2019
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1. Characteristics enhancement of one-section and two-stepwise microchannels for cooling high-concentration multi-junction photovoltaic cells [J] . Energy Conversion & Management . 2020,第Feba期

机译：用于冷却高浓度多结光伏电池的单段和两段式微通道的特性增强
2. Development of two-phase flow microchannel heat sink applied to solar-tracking high-concentration photovoltaic thermal hybrid system [J] . Sihui Hong, Bohan Zhang, Chaobin Dang, Energy . 2020,第Deca1期

机译：应用于太阳能跟踪高浓度光伏热混合系统的两相流微型通道散热器的研制
3. A novel multi-layer manifold microchannel cooling system for concentrating photovoltaic cells [J] . Kaijun Yang, Chuncheng Zuo Energy Conversion & Management . 2015,第jana期

机译：用于聚集光伏电池的新型多层歧管微通道冷却系统
4. Investigation on Cooling System of High-Concentration Photovoltaic with Oscillating Heat Pipe [C] . GENG Wen-guang, GAO Ling, SHAO Min, ICEEP 2012 . 2012

机译：振动热管高浓度光伏冷却系统的研究
5. Modeling a passive cooling system for photovoltaic cells under concentration. [D] . Gray, Allison K. 2007

机译：为集中式光伏电池的被动冷却系统建模。
6. A Comparison between heat transfer performance of rectangular and semicircular tubes considering boundary effects on Brownian motions in the presence of Ag / water nanofluids: Applicable in the design of cooling system of photovoltaic cells [O] . Amin Jafarimoghaddam, Sadegh Aberoumand 2011

机译：考虑银/水纳米流体存在下布朗运动边界效应的矩形管和半圆形管的传热性能比较：适用于光伏电池冷却系统的设计
7. The hybrid nanofluid/microchannel cooling solution for concentrated photovoltaic cells [O] . Dorin Lelea, Delia Gabriela Calinoiu, Gavrila Trif-Tordai, 2015

机译：用于浓缩光伏电池的杂交纳米流体/微通道冷却溶液
8. Development and Testing of a High-Efficiency/High-Concentration, Photovoltaic Module Employing AlGaAs/GaAs Solar Cells [R] . Owen, R. J., Kaminar, N., Borden, P. G., 1981

机译：采用alGaas / Gaas太阳能电池的高效/高浓度光伏模块的开发和测试

Development of one-section microchannels cooling system for high-concentration photovoltaic cells

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