| Summary, etc. |
At present, the Wireless Power Transmission(WPT) system has a certain research and application foundation, and there are application cases in both high voltage and low voltage research fields. There are also application cases in both high-frequency transmission technology and low-frequency transmission technology. However, the Wireless Power Transmission(WPT) systems studied at present are relatively complex, and all those involved in the field of Wireless Power Transmission(WPT) need strong algorithm and system technical support, which makes it difficult to carry out follow-up research. The main reasons for this situation are as follows: 1. There are few key reference data; 2. The difference between high voltage technology and low voltage technology is obvious, and the technical integration between the two is difficult; 3. The difference between using high frequency transmission and using low frequency transmission is also large. The problems that need to be considered by the system become complex with the increase of transmission frequency. Starting from the zero point and the hardware design of the transmission system, this paper first designs the system hardware that can work stably, and realizes the physical production of the hardware and ensures the stable work. Secondly, the control algorithm is selected, and a lot of experimental data are obtained under the overall debugging experiment of the system. Finally, the experimental data are analyzed. Finally, the optimal choice should be made under various conditions and the optimal system configuration will be obtained.The paper is divided into five parts, and the corresponding contents of each part are as follows: (1) The first chapter introduces the problems and research background of this paper. First of all, the Wireless Power Transmission(WPT) system is briefly introduced. Secondly, it introduces the background of the research, including the relevance of the research, the existing research basis, the final research purpose and vision. Finally, the research objectives are described, including the basic objectives, design objectives, experiment and test objectives Of the system eh, Al 1110 same time, it illy, (jives the research significance and the lai geast 10:;,,.11,;11 scope of the paps (2) The second chaplet gives the conceptual homework of the whole paper, This includes related concepts of reference materials. Then it focuses on the relevant research in the reference materials. Then it explains the research paradigm of this paper, and finally gives a detailed explanation of the relevant operations or variables in the paper and the system according to the systematic experimental research. (3) The third chapter gives the specific research methods. First, the preliminary framework design of the system is given, and then the detailed design is given from the hardware PCB design to the software PID algorithm design. For the detailed design of the system, the power transmission test standard and experimental test data are given, and the preliminary evaluation standard is finally obtained. (4) The fourth chapter gives the final results and discussion results of the system. Firstly, the technical specifications and overall cost of the system are given. Then the data statistics and linear analysis are carried out for the test results under different conditions. According to the results of statistical analysis, the system evaluation results are finally obtained. (5) The fifth part gives the summary and discussion of the paper, and also gives corresponding recommendations for the problems and deficiencies found in the system test. <br/>Keywords: Wireless Power Transmission(WPT) system, PCB design, PID algorithm , statistical analysis, evaluation standard, technical specifications, linear analysis -Author's Abstract |