CAJ | 학술논문

上海光源工程主要由电子直线加速器、增强器、电子储存环及电加热系统等配套设施组成，总装机容量约12000kVA．其中电子直线加速器、增强器、电子储存环的主要用电设备均为2极、4极、6极磁铁的电源装置，且绝大部分为整流设备，所产生的高次谐波主要是11次和13次。上海光源工程在设计之初就考虑谐波影响．对其配电系统中的谐波源进行机理分析．改进谐波源的内部结构以减小谐波，并通过仿真实验预测系统谐波，为上海光源工程配电系统的后期谐波综合治理提供科晕依据．
상해광원공정주요유전자직선가속기、증강기、전자저존배급전가열계통등배투설시조성，총장궤용량약12000kVA．기중전자직선가속기、증강기、전자저존배적주요용전설비균위2겁、4겁、6겁자철적전원장치，차절대부분위정류설비，소산생적고차해파주요시11차화13차。상해광원공정재설계지초취고필해파영향．대기배전계통중적해파원진행궤리분석．개진해파원적내부결구이감소해파，병통과방진실험예측계통해파，위상해광원공정배전계통적후기해파종합치리제공과훈의거．
SSRF project mainly consists of electron linear accelerator, intensifier, electron storage ring and electric heating system, showing a total installed capacity of about 12 000 kVA. Main electric equipment for the electron linear accelerator, intensifier and electron storage ring is power supply device of dipole / quadrupole / sextupole magnet, and is mostly rectifier equipment, generating 11th and 13th higher harmonic. At the beginning of design, mechanism analysis on harmonic source of the distribution system has made, the internal structure of harmonic source has improved to reduce the harmonic. In addition, the system harmonic is forecasted by means of simulation experiment, and this provides scientific basis for comprehensive treatment of harmonic of the distribution system of SSRF project at the later stage.