CAJ | 학술논문

随着可再生能源技术及其产业的快速发展，风力发电已成为当今最具发展前景的新型能源生产方式。然而在我国现实电网国情下，风电系统对真实电网环境的适应能力已构成现代风电技术进一步发展中必须认真考虑的重要因素。风电机组应能适应的电网环境主要包括电网电压骤变(骤降或骤升)、电网电压不平衡、电压谐波畸变等。对此，该文以双馈风电机组(doubly-fed induction generator，DFIG)为对象，通过对这些电网故障机理和现有风电控制技术不足的分析，提出采用谐振控制技术的解决方案，着重讨论了谐振控制技术的优势机理、工程实现中的主要考虑及其在增强DFIG电网适应性方面的应用方式。
수착가재생능원기술급기산업적쾌속발전，풍력발전이성위당금최구발전전경적신형능원생산방식。연이재아국현실전망국정하，풍전계통대진실전망배경적괄응능력이구성현대풍전기술진일보발전중필수인진고필적중요인소。풍전궤조응능괄응적전망배경주요포괄전망전압취변(취강혹취승)、전망전압불평형、전압해파기변등。대차，해문이쌍궤풍전궤조(doubly-fed induction generator，DFIG)위대상，통과대저사전망고장궤리화현유풍전공제기술불족적분석，제출채용해진공제기술적해결방안，착중토론료해진공제기술적우세궤리、공정실현중적주요고필급기재증강DFIG전망괄응성방면적응용방식。
With the rapid development of renewable energy technology and its industrial levels, the wind-power generation has become a production pattern of new energies with the most development prospects at present. Due to the actual grid condition of our country, the adaptability to the practical grid has also become the important factors to be seriously considered in the further development of modern wind-turbine technology. The adaptability to the grid for a wind-turbine includes grid voltage sag or swell, grid unbalance, grid voltage harmonic distortion, etc. About this, aimed at doubly-fed induction generator (DFIG) and via analyzing the mechanisms of grid faults and the deficiency of modern wind-power technique, the paper proposed a solution scheme of adopting resonant control with the emphasizing on the discussion about the advantage of resonant control, the consideration of engineering realization and the application on enhancing the adoptability of DFIG to the grid.