CAJ | 학술논문

为了使产品达到欧盟安全标准，进入欧盟的励磁系统设备必须通过 CE 认证。励磁调节器是励磁系统的控制核心。为了更进一步提高控制系统的要求，在满足CE的基础上，需要按照TUV认证的要求进行设计。通过分析励磁调节器的作用，在电器件选型、电磁兼容设计、结构件及柜体设计等方面与相关指令进行核对，完成了调节器装置的设计。该装置一次性通过 TUV 验证，证明装置设计的合理性，为电力系统其他装置进行 CE 及 TUV 认证提供参考。
위료사산품체도구맹안전표준，진입구맹적려자계통설비필수통과 CE 인증。려자조절기시려자계통적공제핵심。위료경진일보제고공제계통적요구，재만족CE적기출상，수요안조TUV인증적요구진행설계。통과분석려자조절기적작용，재전기건선형、전자겸용설계、결구건급거체설계등방면여상관지령진행핵대，완성료조절기장치적설계。해장치일차성통과 TUV 험증，증명장치설계적합이성，위전력계통기타장치진행 CE 급 TUV 인증제공삼고。
The products must meet EU safety standards and the excitation system should acquire the CE certification. As a core of excitation system, excitation regulator must meet CE, and in order to further improve the control performance, it is designed according to the requirements of TUV. An excitation regulator is designed through the analysis of the effect of excitation regulator, and after the electrical parts selection, EMC, structural parts, cabinet design is checked. The system passed TUV certification at one time which shows that system design is reasonable. The paper provides a reference and guide for CE and TUV of the other power devices.