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BASICS FOR THE DEVELOPMENT OF A HIGH EFFICIENCY FLAT-PLATE COLLECTOR WITH A SELECTIVELY COATED DOUBLE GLAZING

机译：基于开发高效平板收集器的基础知识，具有选择性涂层的双层玻璃窗

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Many future applications of solar thermal energy, like heating with a high solar fraction and solar industrial process heat or solar cooling will require high collector efficiencies at temperatures above 80°C and/or at a low irradiance level. Advanced flat-plate collectors show a high potential for these applications, they are less expensive and mechanically simpler than evacuated tube collectors. To raise the performance of flat-plate collectors the thermal resistance of the transparent cover has to be increased, while keeping the solar transmittance at a high level.

机译：许多未来的太阳能热能应用，如具有高太阳能级分和太阳能工艺加热或太阳能冷却的加热，将在80°C以上的温度和/或处于低辐照度水平时需要高收集器效率。先进的平板收集器显示出这些应用的高潜力，它们比抽空管收集器更便宜且机械更简单。为了提高平板收集器的性能，必须增加透明盖的热阻，同时保持太阳透射率在高水平。

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《ISES biennial solar world congress》|2011年||共6页
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Sebastian Foeste; Nicole Ehrmann; Federico Giovannetti; Gunter Rockendorf;
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中图分类太阳能技术;
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专利

1. Selectively coated high efficiency glazing for solar-thermal flat-plate collectors [J] . N. Ehrmann, R. Reineke-Koch Thin Solid Films . 2012,第12期

机译：用于太阳能平板收集器的选择性涂层高效玻璃
2. The influence of process parameters and coating properties of double glazing coated with transparent conducting oxides on the efficiency of solar-thermal flat-plate collectors [J] . N. Ehrmann, R. Reineke-Koch, S. Foste, Thin Solid Films . 2013,第apra1期

机译：透明导电氧化物涂覆的双层玻璃的工艺参数和涂覆性能对太阳能平板收集器效率的影响
3. Numerical evaluation of the thermal performance of different types of double glazing flat-plate solar air collectors [J] . Chen C. Q., Diao Y. H., Zhao Y. H., Energy . 2021,第Octa15期

机译：不同类型双层玻璃平板太阳能收集器热性能的数值评价
4. BASICS FOR THE DEVELOPMENT OF A HIGH EFFICIENCY FLAT-PLATE COLLECTOR WITH A SELECTIVELY COATED DOUBLE GLAZING [C] . Sebastian Foeste, Nicole Ehrmann, Federico Giovannetti, ISES biennial solar world congress . 2012

机译：开发具有选择性涂层的双层玻璃的高效平板收集器的基础
5. A Comparative Study on the Thermal Efficiency of Solar Vacuum-Tube vs. Flat-Plate Collectors for Water Heating Systems. [D] . Samudrala, S.V. Vishnu Deepak. 2017

机译：太阳能真空管与平板集热器在热水系统中的热效率比较研究。
6. The Development of Data Collectors in Open-Source System for Energy Efficiency Assessment [O] . Daniel Atonge, Vladimir Ivanov, Artem Kruglov, -1

机译：开源系统能效评估中数据收集器的开发
7. Research on Improvement of Efficiency in Flat Plate Solar Collector by Using Double-Wall Glazing and VIP Insulation [O] . Doo Ho Lee, Han Bin Jang, Young Hak Kim, 2016

机译：用双壁玻璃玻璃和VIP绝缘改进平板太阳能收集器效率的提高研究
8. STANDARDIZED PERFORMANCE TESTS OF COLLECTORS OF SOLAR THERMAL ENERGY - A SELECTIVELY COATED, FLAT-PLATE COPPER COLLECTOR WITH ONE TRANSPARENT COVER AND A TUBE-TO-TUBE SPACING OF 5g INCHES [R] . 1976

机译：太阳能热能收集器的标准化性能测试 - 一个选择性涂层，平板铜收集器，带有一个透明盖板和一个5g英寸的管子间距

BASICS FOR THE DEVELOPMENT OF A HIGH EFFICIENCY FLAT-PLATE COLLECTOR WITH A SELECTIVELY COATED DOUBLE GLAZING

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