Dissertation > Excellent graduate degree dissertation topics show

Design of High-efficiency Thermophotovoltaic System

Author: DiXiaoFeng
Tutor: LaiJianJun
School: Huazhong University of Science and Technology
Course: Physical Electronics
Keywords: Thermal photovoltaic cells Near-field effect Genetic Algorithms Finite Difference Time Domain MIM type narrowband emission light source
CLC: TM914.4
Type: Master's thesis
Year: 2011
Downloads: 94
Quote: 0
Read: Download Dissertation


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 micro-nano 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 near-field 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 far-field and near-field 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 .

Related Dissertations

  1. Development of the on-line Training and Examination System of Army,TP311.52
  2. Designs and Applications of Fuzzy Synthetic Evaluation Models Based on Parallel Algorithms,TP18
  3. Based on Genetic Algorithm Pishihang irrigation canal water allocation marshalling model of,S274
  4. Genetic Algorithm in logistics and warehousing Optimization Research,F259.2
  5. Mining resources based on genetic algorithm optimization model of,O224
  6. The Research and Application of Modified Algorithms About Fuzzy Predictive Functional Control,TP273
  7. Optimal Control of Emulsion System in Cold Rolling,TP273
  8. Research on the Marshalling-scheduling Model and Algorithms of Freight Trains Based on Game Theory,O225
  9. Multi-directional Mutation Genetic Algorithm and Research on Neural Network Optimization,TP18
  10. The Application of Using Genetic Algorithms on Universities Course-arranging System,TP18
  11. Research on Mobile Robot Path Planning and Simulation Realization,TP242
  12. Research on Routing Algorithmin Sensor Networks Based on Cluster with Mobile Sink,TP212.9
  13. Research and Implement of the Theme Crawler for Automotive Industry,TP391.3
  14. The Research and Implement on Camera Calibration Technology Based on Trifocal Tensor,TP391.41
  15. Decision Support System of Vehicle Scheduling in Double Level Garage,TP242
  16. The Studies on Some Improvements of the GA and Their Applications in SVM,TP18
  17. A Reduction Method for Artificial Neural Network Inputs Based on An Improved Genetic Algorithm,TP18
  18. Optimal Riser Design of Steel Casting Based on CAE Analysis,TG260
  19. In-furnace Temperature Information Included Combustion Optimization of a Utility Boiler,TK227.1
  20. A Novel Multiport Matching Network Model of an Indoor MIMO System,TN919.3

CLC: > Industrial Technology > Electrotechnical > Independent power supply technology (direct power) > Photocell > Solar cells
© 2012 www.DissertationTopic.Net  Mobile