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Design of Highefficiency Thermophotovoltaic System
Author: DiXiaoFeng
Tutor: LaiJianJun
School: Huazhong University of Science and Technology
Course: Physical Electronics
Keywords: Thermal photovoltaic cells Nearfield effect Genetic Algorithms Finite Difference Time Domain MIM type narrowband emission light source
CLC: TM914.4
Type: Master's thesis
Year: 2011
Downloads: 94
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Abstract
Thermal photovoltaic cell system as an emerging green clean energy technologies , relative to the solar photovoltaic battery system with high system efficiency and output energy density , so more and more attention has been paid . Coupled with the rapid development of modern micronano manufacturing technology , I believe that in the near future , the thermal photovoltaic cell system will replace the traditional chemical batteries and solar cells , widely used in various industries and fields . Mathematical abstraction from the overall thermal photovoltaic battery system to establish a mathematical model for solving the performance , mainly hot for the design of high  efficiency photovoltaic battery system to do a more detailed analysis . First of all , from the basic heat radiation and heat transfer theory , the combination of nearfield heat transfer theory , the establishment of a a thermal photovoltaic cell system contains complete near field solving model for analysis and design of high efficiency thermal photovoltaic cell system has laid a theoretical on the basis of . Second, it analyzes a thermal photovoltaic battery performance of the system with the spectral filter . Starting from the quarter of the modified membrane using heap spectral filter , to later take advantage of the improved genetic algorithm to optimize the the multilayers spectral filter , the audience high efficiency thermal photovoltaic battery system . Again, the analysis of the thermal photovoltaic performance of the battery system with the MIM ( Meta  Insulator  Metal ) type narrowband infrared emitting light source . With the FDTD simulation method , discussed in detail the MIM type narrowband infrared thermal emission of the light emission characteristics of the light source including the emission rate of the emission spectrum at a wavelength of the center wavelength and the center and MIM type structure of the material parameters and the geometric parameters of the relationship . Finally, the analysis of one with perfect reflector ideal thermal photovoltaic systems . Discuss this ideal limit of farfield and nearfield performance when the vacuum gap is zero . In the near field , this ideal thermal photovoltaic cell system can simultaneously achieve a high system efficiency and high output power density . Further, some of the conclusions obtained for optimizing the performance of the system of thermal photovoltaic cell , such as a transmission source material selection and optimum vacuum gap , having a very useful guidance significance .

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CLC: > Industrial Technology > Electrotechnical > Independent power supply technology (direct power) > Photocell > Solar cells
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