CAJ | 학술논문

光伏发电无线供电系统将电磁感应与光伏技术相结合，实现了电能的无接触传输，对传统电能传输具有无可比拟的优越性。在此建立了光伏发电无线供电系统的数学模型，并分析了系统工作频率对系统效率的影响。理论分析及仿真结果均表明：当系统各模块谐振频率一致时，光伏发电无线供电系统效率取得最大值。最后设计微型光伏发电无线供电实验系统，实验结果验证了上述结论。
광복발전무선공전계통장전자감응여광복기술상결합，실현료전능적무접촉전수，대전통전능전수구유무가비의적우월성。재차건립료광복발전무선공전계통적수학모형，병분석료계통공작빈솔대계통효솔적영향。이론분석급방진결과균표명：당계통각모괴해진빈솔일치시，광복발전무선공전계통효솔취득최대치。최후설계미형광복발전무선공전실험계통，실험결과험증료상술결론。
The combination of electromagnetic induction and photovoltaic technology in wireless power?supply system for photovoltaic power generation can realize the contactless transmission of electric power,and has incomparable superiority. The mathematical model of the wireless power?supply system for photovoltaic power generation is established,and the influence of operating frequency on system efficiency is analyzed. The theoretical analysis and simulation results indicate that the efficiency of this system can achieve the maximum when the resonance frequencies of each module are consistent. The experiment system of the miniature wireless power?supply for photovoltaic power generation was designed,and the above conclusions are verified by the experimental results.