CAJ | 학술논문

太阳能光伏追踪控制系统采用视日运动轨迹追踪方式和双轴高度角、方位角式跟踪，通过单片机时间控制方式实现全日跟踪，达到对太阳能板的定位，使得系统更加稳定，大大提高了太阳能的利用效率。计算表明，本系统跟踪太阳光线范围广，东西方向可达到168.75°，且跟踪精度高，定位速度快，大大提高了太阳能的利用率。
태양능광복추종공제계통채용시일운동궤적추종방식화쌍축고도각、방위각식근종，통과단편궤시간공제방식실현전일근종，체도대태양능판적정위，사득계통경가은정，대대제고료태양능적이용효솔。계산표명，본계통근종태양광선범위엄，동서방향가체도168.75°，차근종정도고，정위속도쾌，대대제고료태양능적이용솔。
A solar energy tracking control system is designed ,which adopts the solar trajectory tracking method and altitude angle and azimuth twin‐shaft tracking method ,using single‐chip microcomputer clock control mode to implement tracking full‐timely .The localization of solar panels is achieved ,which makes the system more stable ,greatly improve the efficiency of solar energy device . The experiment shows that the tracking range of the system can be up to 168 .75 ° ,and tracking precision is greatly improved .