英国研究生论文methodology：太阳能热技术
对太阳能光伏技术和太阳能加热系统的有效性进行实证评价
本次研究的主题是证明太阳能光伏技术和太阳能加热系统在提供环保电力以及满足全球能源需求增长方面的成功。
英国研究生论文methodology：太阳能热技术
关于太阳能热技术的理解可以由关于太阳能电池板，光伏技术的知识组成。它由太阳能电能消耗组成，似乎随着太阳光线浓度的增加而增加。热量被用来运行热机，而热机被用来运行发电机转化为电能(Clive, 2007)。各种巷道显然以巷道的形式扩大了。不同类型的发动机包括蒸汽机，燃气轮机和斯特林发动机所有这些发动机在发电方面都非常高效。光伏被用来将太阳的直接能量转化为电能，因此太阳能电池板在自然界并不是那么有效。蓄热是以太阳能电池板的形式进行的，在这种情况下说明了有效的工艺。这显示了适当的发电和储存的电力由光伏电池产生。
英国研究生论文methodology：太阳能热技术
Empirical appraisal of the effectiveness of solar photovoltaic technology and solar heating system
The theme of the research is to prove the success of solar photovoltaic technology and solar heating system in delivering environment-friendly power as well as in meeting the rising demand for the energy all across the globe.
英国研究生论文methodology：太阳能热技术
The understanding regarding the solar thermal technology can be made to consist of knowledge regarding the solar panel, photovoltaic technology. It consists of the solar electric energy consumption which seemed to be enhanced with the increment of the concentration of the light from the sun. The heat is used for the purpose running the heat engine which is utilized for running the generator to turn into electricity(Clive, 2007). The various workings are clearly expanded in the form of the workings. Different types of the engines depict the steam engines, gas turbines and the Stirling engines and all these engines are quite efficient in generating power. The photovoltaic is used for the conversion of the sun’s direct energy into the electricity, and thereby the solar panels are not so much effective in nature. The heat storage is done in the form of the solar panels, and the efficient process is indicated in this case. This shows the appropriate power generation and the storage of the electric power generated by the aid of photovoltaic cells.
