Developmental Research of PWM Current Source Inverter-Converter System with Sinusoidal Inputs and Outputs

正弦波输入输出的PWM电流源逆变器系统的发展研究

• 批准号: 62850047
• 负责人: NONAKA Sakutaro
• 金额: $ 10.94万
• 依托单位: Kyushu University
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Developmental Scientific Research
• 财政年份: 1987
• 资助国家: 日本
• 起止时间: 1987 至 1989
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/en/grant/KAKENHI-PROJECT-62850047/
• 关键词: PWM; Converter; Current source inverter; Induction motor; Slip frequency; Vector control; MOS FET; Voltage source inverter; 同期電動機; 無整流子電動機; インバ-タ; リニアモ-タ; MOS FET; GTO; IGBT; コンバータ; インバータ; フィルタ; コンデンサ; 電流形インバータ; PWMパターン

1.Development of New PWM Three-Phase Converter with Sinusoidal Inputs At the 62th year of Showa, test facilities for 10 kVA PWM current source inverter-converter system were purchased with special order. By using the test facilities, PWM technique for three-phase converter was investigated in detail, and optimal PWM pattern was decided.2.Development of New PWM Single-Phase Converter with Sinusoidal Inputs New single-phase converter was developed, and by the experimental and theoretical results it was verified that the single-phase converter was available.3.Establishment of PWM Technique for PWN Current Source Inverter with Sinusoidal Outputs By numerical analysis employing the Newton methods, the optimal pattern which contains no harmonics was derived. The experimental and the analyzed results proved that this inverter liad sinusoidal currents by utilizing the optimal PWM pattern, over a wide range of inverter frequency.4.Development of PWM Current Source Inverter-converter System for … More Four-quadrant Drive of Induction Motor Induction motor was driven in four-quadrant by the test facilities, and the optimal system for slip frequency control was developed.5.Research of Vector Control by PWM Current Source Inverter-converter System with Sinusoidal Inputs and Outputs The experiment proved that a Quick regulation of output currents was achieved by varying the modulation index for the PWM pattern in the inverter section.6.Research of Operating Characteristics of Synchronous Motor and Commutatorless Motor Syriclironous motor was driven by the test facilities, and smooth drive of the motor over a wide range of speed was observed.7.Research of PWM MOS FET Current Source Inverter-converter System with Sinusoidal Inputs and Outputs It was theoretically confirmed that the system had perfect sinusoidal currents by applying the MOS FET.8.Comparison with PWN Voltage Source Inverter-converter System As a results of comparison with PWM voltage source inverter-converter system, it was found that this system was the goal of circuit configuration for power conversion. Less

1.新型正弦输入PWM三相变流器的开发昭和62年，特别订购了10 kVA PWM电流源逆变器-变流器系统的试验设备。利用该试验装置，对三相变流器的PWM技术进行了详细的研究，确定了最佳的PWM模式。2.新型正弦输入PWM单相变流器的研制通过实验和理论分析，证实了单-相位变换器是可用的。3.具有正弦输出的PWN电流源逆变器的PWM技术的建立通过使用牛顿法的数值分析，导出了不含谐波的最佳图案。实验和分析结果表明，该逆变器利用最优PWM模式，在较宽的逆变频率范围内输出正弦电流 ...更多信息 感应电动机的四象限驱动试验装置对感应电动机进行四象限驱动，5. PWM电流型逆变器矢量控制的研究--实验证明，通过改变逆变部分PWM模式的调制指数，可以实现输出电流的快速调节同步电动机和无换向器电动机的运行特性用试验装置驱动同步电动机，7.正弦输入输出PWM MOS FET电流型逆变-变换器系统的研究从理论上证实了采用MOS FET后，系统具有理想的正弦电流特性8.与PWM电压型逆变器的比较变换器系统作为与PWM电压源逆变器-变换器系统的比较的结果，发现该系统是用于功率变换的电路配置的目标。少

项目成果

Nonaka and Neba: "Analysis of PWM GTO Current Source Inverter-fed Induction Motor Drive System" IEEE Trans.on Industry Applications, Vol.23, pp.256-262, 1987.

Nonaka 和 Neba：“PWM GTO 电流源逆变器感应电机驱动系统分析”IEEE Trans.on 工业应用，第 23 卷，第 256-262 页，1987 年。

Sakutaro Nonaka: Proceedings of International Conference on Electrical Machines. 265-270 (1988)

野中作太郎：国际电机会议论文集。

Sakutaro Nonaka: "Analysis of PWM GTO Current Source Inverter-Fed Induction Motor Drive System" IEEE Trans.on Industry Applications. vol.23. 256-262 (1987)

Sakutaro Nonaka：“PWM GTO 电流源逆变器馈电感应电机驱动系统分析”IEEE Trans.on 行业应用。

野中作太郎: "PWM制御GTO電流形インバ-タによる誘導電動機駆動システム" 電気学会論文誌. 第107-D巻. 890-897 (1987)

Sakutaro Nonaka：“使用 PWM 控制的 GTO 电流源逆变器的感应电机驱动系统”，日本电气工程师协会学报，第 107-D 卷（1987 年）。

野中作太郎: "新電流出力GTOコンバ-タのPWM制御と定常特性" 電気学会論文誌. 第109-D巻. 90-97 (1989)

Sakutaro Nonaka：“新型电流输出 GTO 转换器的 PWM 控制和稳态特性”，日本电气工程师协会学报，第 109-D 卷（1989 年）。