3상 계통연계형 태양광발전시스템의 태양전지 출력단 전압제어에 관한 연구 = A Study on Solar Cell Output Voltage Control for 3-Phase Utility Interactive Photovoltaic System

다국어 초록 (Multilingual Abstract)

Generation of electrical energy faces many problems today Solar power converters were used to convert the electrical energy from the solar arrays to a stable and reliable power source The object of this paper IS to analyze and design DC-DC converters in a solar energy system to investigate the performance of the converters. A DC-DC converter can be commonly used to control the power flow from solar cell to load and to achieve maximum power point tracking(MPPT), DC-AC converter can also be used to modulate the DC power to AC power being applied on common utility load<br/>
A DC-DC converter is used to boost the solar cell voltage to constant 360[V] DC link and to ensure operation at the maximum power point tracking If a wide input voltage range has to be covered a boost converter is required In this paper, author described that simulation and experimental results of PV system contain solar modules, a DC- DC converter(boost type chopper), a DC-AC converter (3-phase inverter) and resistive loads.

목차 (Table of Contents)

• ABSTRACT
  
• 1.서론
  
• 2.계통연계형 태양광 발전시스템의 분류
  
• 3.시스템의 해석
  
• 4.제어기의 설계
  
• 5.시뮬레이션
  
• 6.결론
  
• 참고문헌