电力系统分析软件广泛使用面向对象的程序设计方法(OOP)。
Object oriented programming (OOP) is widely adopted in the software of power system analysis.
基于大型电力系统分析软件NETOMAC，提出了机电暂态和电磁暂态混合时域仿真法。
A hybrid time-domain simulation method integrating electromagnetic transient simulation and electromechanical transient simulation based on large power system analysis software NETOMAC is proposed.
基于电力系统分析软件包pSASP，使用其用户自定义功能，建立了辅助频率控制模型。
A detailed user-defined UD auxiliary frequency controller AFC model of HVDC has been developed based on Power System Analysis Software Package PSASP.
这样，电力系统分析软件的分析对象从纯交流系统变为交直流混联电力系统，这就要求对纯交流系统的分析软件进行改进。
Thus, the object of the power system analysis software has been changed from AC power system into AC-DC hybrid power system, which requires the software for the AC power system to be improved.
面向对象编程是确保大型电力系统分析和应用软件易于维护、升级和移植的有效方法。
Object Oriented Programming (OOP) technology makes the maintenance, upgrading and transplant of analysis and application software for large electric power system easier.
面向对象编程是确保大型电力系统分析和应用软件易于维护、升级和移植的有效方法。
Object Oriented Programming (OOP) technology makes the maintenance, upgrading and transplant of analysis and application software for large electric power system easier.
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