大房子应该在设计中有太阳能集热器的使用。
电工太阳能真空管集热器。
超级集热器专利。技术，使建设的非常大的电力收藏家。
Mega Collector Patent. Tech that enables the construction of Very large Power Collectors.
采用消极供暖的住户，他们的整幢房屋就是太阳能集热器。
In a passive solar home, the whole house operates as a solar collector.
另外，太阳能集热器装在屋顶上，不会占用任何室内空间。
In addition, the solar heat collector is installed on the roof, and does not occupy any indoor space.
这对于改进集热器设计和预示集热器性能都具有一定的参考价值。
It's worthy for improving collector design and indicating the performance of collector.
本文讨论了太阳能平板型热水器的集热器主要结构参数的最佳化。
The paper dealt mainly with the optimization of the chief constructive parameters for solar energy collector.
本文描述了基于这一概念的一台集热器样机的设计、制作和测试结果。
The design, fabrication and testing results are described for a prototype collector based on this concept.
该种形式水箱与集热器分离，容易与建筑配合以实现与建筑的一体化。
The types of tanks and collector separation, and easy to tie in with the construction and architecture in order to achieve integration.
通过实验，还分别测定了单根真空管和真空管集热器的瞬时效率曲线。
Instantaneous efficiency curves for both single evacuated tube and complete evacuated tubular collector are also tested.
3热量传输系统，热水器将集热器收集到的热量利用管道传递给储水箱。
The water heater collects the heat collected by the collector to the water storage tank through the 3 heat transfer system.
给出了此集热器中聚光镜和接收器的结构设计，并对集热器进行了传热分析。
The configuration design of concentrator and collector is discussed, and the heat transfer analysis of collectors is given.
太阳能集热器一般都安置在屋顶的高处，在这里它们能够吸收到最多的阳光。
Solar collectors are usually placed high on a roof where they can collect the most sunlight.
随着太阳能的普及率逐步提高，太阳能集热器在建筑中的设计部位也应值得注意。
With the penetration of solar energy gradual increasing, the design in different building site of solar energy collector should also be noted.
通过半球集热器和平板集热器的理论计算和对比试验，介绍了半球集热器的性能。
In this paper the comparison between calculation and test results of the half hemispheric solar collector and flat plate solar collector is made.
本文针对玻璃真空管内插热管式太阳能集热器的结构特点、非稳态效率进行了研究。
Researching on the configuration and unsteady state efficiency of the glass evacuated solar collector tube with an inserted heat pipe in this paper.
计算表明，使用选择性吸收涂层和圆管形玻璃罩都是改善集热器热性能的有效措施。
The calculation shows that using the selective coating and the cylindrical glass cover both are the effective means to improve the thermal performance of the collector.
通过理论分析，分析了换热器对集热器效率的影响，确定了换热器对集热器的削弱因子。
We analyzed the effect on the collector efficiency of using a heat exchanger and determined a "heat exchanger penal factor".
根据不同的应用需求，这种材料既可以被用来作为太阳能集热器，又可以用来做发光二极管。
The material could either be used as a solar collector, or as a light-emitting diode, depending on the application.
根据不同的应用需求，这种材料既可以被用来作为太阳能集热器，又可以用来做发光二极管。
The material could either be used as a solar collector, or as a light-emitting diode, depending on the application.
由于其高性能、简单和成本效益，最常见的太阳能收集器用于太阳能热水器在釉平板集热器。
Because of its high performance, simplicity and cost effectiveness, the most common solar collectors are used in solar panels in a flat plate collector.
本文基于平板集热器的基本方程，讨论了在非稳态条件下测试集热器稳态热效率的滤波方法。
In this paper based on the basic equation of flat-plate solar collectors, a new unsteady state method, called the Rilter- least Square method, is presented.
本论文研制一种以空气为载热介质的太阳能空气集热-土壤蓄热的增温系统，应用于农业温室。
In this thesis, a new solar active heating system with air collectors collecting and soil heat storage is studied for greenhouses heating.
太阳能集热器可以吸收太阳光来生成热水。太阳光束加热集热器中的水，生成的热水最终进入储罐。
Solar collectors can make hot water from sunlight. The rays of the sun heat water in a solar collector, and the hot water goes into a storage tank.
分析了太阳能集热器在应用中存在的诸多问题，提出一种新型的太阳能集热元件——对流型集热管。
A new kind of basic elements for solar collector and its complete performance test results are presented in this paper.
想象一下，一个屋顶和窗户都是太阳能集热器的房子，有可能比传统的太阳能电池阵列产生更多的电力。
Imagine a house that has solar collectors on the roof, and the Windows. That could potentially generate far more electricity than a traditional solar array.
想象一下，一个屋顶和窗户都是太阳能集热器的房子，有可能比传统的太阳能电池阵列产生更多的电力。
Imagine a house that has solar collectors on the roof, and the Windows. That could potentially generate far more electricity than a traditional solar array.
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