The main function of the fault analysis module has two parts: one is t的简体中文翻译

The main function of the fault anal

The main function of the fault analysis module has two parts: one is to calculate the corresponding sequence component, phase component, famous value, unit value, short-circuit current of each branch when various faults (including three-phase symmetrical short-circuit, single-phase grounding short-circuit, two-phase-to-phase short-circuit, two-phase grounding short-circuit) occur at each equipment port of the generator transformer unit Second, the internal fault of the generator is simulated and analyzed to get the current and voltage parameters of the specific parts of the generator when the internal fault occurs. As the basis of setting calculation module and sensitivity verification module, the module is implemented on the basis of graphic modeling module. It can make use of the generated main electrical wiring diagram, after the user selects the operation mode, fault point and fault type, formulate the network topology diagram of each sequence, establish the corresponding short circuit impedance matrix of each sequence, calculate the short circuit fault, and then save the calculation results in the form of table in the database for users to view directly or call by other modules. The flow chart of fault analysis module is shown in Figure 5-2.This module provides the setting work for the protection configured by the generator transformer unit, and is the core component of the whole setting software. Its main function is to complete the setting work of generator protection, transformer protection and generator transformer unit protection by combining relevant regulations, the device instructions of various protection equipment manufacturers and the experience of setting staff. The specific functions are as follows:Setting basis: large generator transformer unit setting calculation guide, other relevant industry guidelines, device setting instructions of corresponding protection equipment manufacturers, and combined with the specific working experience of power station operators.Setting task: complete the relay protection setting of generator protection, transformer protection, generator transformer protection, excitation transformer protection and other equipment.The characteristics of the tuning module are as follows: (1) users participate in the whole process of setting to improve the practicability of the setting results. When setting, the system can automatically calculate the setting after obtaining the equipment parameters and protection configuration, and guide the user to input the corresponding empirical parameters, and give the corresponding prompts and instructions (such as: the corresponding setting formula and principle, the commonly used value range, and the protection setting value recognized by the regulations). Users can choose according to their own experience or directly use the calculation Default value obtained. (2) The user-defined setting module is added to improve the scalability of the system. Since the software design only considers the common protection devices of current mainstream equipment manufacturers, the development of relay protection technology is changing with each passing day, all kinds of new protection principles and methods and new protection equipment may appear at any time, which may lead to the software unable to be applied. Therefore, a user-defined module is specially set up, which can define the equipment definition according to the special needs of users Value items, setting principles or formulas are flexible. (3) The module directly faces the device, establishes a unified interface function and data structure, further modularizes the setting calculation of each different device, and directly combines each sub module during setting.
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目标语言: -
结果 (简体中文) 1: [复制]
复制成功!
故障分析模块的主要功能包括两部分:一是计算各种故障(包括三相对称短路,单相接地短路,两相间短路,两相接地短路)发生在发电机变压器单元的每个设备端口。第二,对发电机内部故障进行仿真分析,得出当发生内部故障时,获取发电机特定部分的电流和电压参数。作为设置计算模块和灵敏度验证模块的基础,该模块是在图形建模模块的基础上实现的。它可以利用生成的主要电气接线图,用户选择运行方式,故障点和故障类型后,制定各序的网络拓扑图,建立各序对应的短路阻抗矩阵,计算出短路故障,然后将计算结果保存为数据库中的表供用户直接查看或由其他模块调用。故障分析模块的流程图如图5-2所示。<br>该模块为发电机变压器单元配置的保护提供设置工作,并且是整个设置软件的核心组件。它的主要功能是结合相关规定,各种保护设备制造商的设备说明书以及设置人员的经验,完成发电机保护,变压器保护和发电机变压器单元保护的整定工作。具体功能如下:<br>设置依据:大型发电机变压器机组设置计算指南,其他相关行业指南,相应保护设备制造商的设备设置说明,并结合电站经营者的具体工作经验。<br>设置任务:完成发电机保护,变压器保护,发电机变压器保护,励磁变压器保护等设备的继电保护设置。<br>调整模块的特点如下:(1)用户参与设置的全过程,以提高设置结果的实用性。设置时,系统在获取设备参数和保护配置后可以自动计算出设置,并指导用户输入相应的经验参数,并给出相应的提示和指示(例如:相应的设置公式和原理,通常使用值范围,以及法规认可的保护设定值)。用户可以根据自己的经验进行选择,也可以直接使用计算得出的默认值。(2)添加了用户定义的设置模块,以提高系统的可伸缩性。由于软件设计仅考虑了当前主流设备制造商的通用保护设备,继电保护技术的发展日新月异,各种新的保护原理和方法以及新的保护设备可能随时出现,可能导致无法使用的软件。因此,专门设置了用户自定义模块,可以根据用户的特殊需求定义设备定义。值项,设置原理或公式灵活。(3)模块直接面对设备,建立统一的接口功能和数据结构,进一步模块化每个不同设备的设置计算,并在设置过程中直接组合每个子模块。继电保护技术的发展日新月异,各种新的保护原理和方法,新的保护设备随时可能出现,导致软件无法使用。因此,专门设置了用户自定义模块,可以根据用户的特殊需求定义设备定义。值项,设置原理或公式灵活。(3)模块直接面对设备,建立统一的接口功能和数据结构,进一步模块化每个不同设备的设置计算,并在设置过程中直接组合每个子模块。继电保护技术的发展日新月异,各种新的保护原理,方法和新的保护设备随时可能出现,导致软件无法使用。因此,专门设置了用户自定义模块,可以根据用户的特殊需求定义设备定义。值项,设置原理或公式灵活。(3)模块直接面对设备,建立统一的接口功能和数据结构,进一步模块化每个不同设备的设置计算,并在设置过程中直接组合每个子模块。专门设置了用户自定义模块,可以根据用户的特殊需求定义设备定义。值项,设置原理或公式灵活。(3)模块直接面对设备,建立统一的接口功能和数据结构,进一步模块化每个不同设备的设置计算,并在设置过程中直接组合每个子模块。专门设置了用户自定义模块,可以根据用户的特殊需求定义设备定义。值项,设置原理或公式灵活。(3)模块直接面对设备,建立统一的接口功能和数据结构,进一步模块化每个不同设备的设置计算,并在设置过程中直接组合每个子模块。
正在翻译中..
结果 (简体中文) 2:[复制]
复制成功!
故障分析模块的主要功能有两个部分:一是计算相应的序列分量, 当发电机变压器单元的每个设备端口发生各种故障(包括三相对称短路、单相接地短路、两相对相接地短路、两相接地短路)时,各分支的相位元件、著名值、单位值、短路电流等,对发电机的内部故障进行模拟和分析,获取发电机特定部件的电流和电压参数当内部故障发生时。作为设置计算模块和灵敏度验证模块的基础,在图形建模模块的基础上实现了该模块。它利用生成的主接线图,在用户选择操作模式、故障点和故障类型后,制定每个序列的网络拓扑图,建立相应的各序列短路阻抗矩阵,计算短路故障,然后以表的形式保存计算结果,供用户直接查看或由其他模块调用。故障分析模块的流程图如图 5-2 所示。<br>此模块提供发电机变压器单元配置的保护设置工作,是整个设置软件的核心组件。其主要功能是结合有关规定、各保护设备制造商的设备说明和设置人员的经验,完成发电机保护、变压器保护和发电机变压器单元保护的设置工作。具体功能如下:<br>设置依据:大型发电机变压器机组设置计算指南、其他相关行业指南、相应保护设备制造商的设备设置说明,并结合电站操作人员的具体工作经验。<br>设置任务:完成发电机保护、变压器保护、发电机变压器保护、激励变压器保护等设备的继电器保护设置。<br>调谐模块的特点如下:(1)用户参与设置的整个过程,以提高设置结果的实用性。设置时,系统可以在获得设备参数和保护配置后自动计算设置,并引导用户输入相应的经验参数,并给出相应的提示和说明(如:相应的设置公式和原理、常用值范围以及法规认可的保护设置值)。用户可以根据自己的经验进行选择,也可以直接使用计算获得的默认值。(2) 添加用户定义的设置模块以提高系统的可伸缩性。自软件
正在翻译中..
结果 (简体中文) 3:[复制]
复制成功!
The main function of the fault analysis module has two parts: one is to calculate the corresponding sequence component, phase component, famous value, unit value, short-circuit current of each branch when various faults (including three-phase symmetrical short-circuit, single-phase grounding short-circuit, two-phase-to-phase short-circuit, two-phase grounding short-circuit) occur at each equipment port of the generator transformer unit Second, the internal fault of the generator is simulated and analyzed to get the current and voltage parameters of the specific parts of the generator when the internal fault occurs. As the basis of setting calculation module and sensitivity verification module, the module is implemented on the basis of graphic modeling module. It can make use of the generated main electrical wiring diagram, after the user selects the operation mode, fault point and fault type, formulate the network topology diagram of each sequence, establish the corresponding short circuit impedance matrix of each sequence, calculate the short circuit fault, and then save the calculation results in the form of table in the database for users to view directly or call by other modules. The flow chart of fault analysis module is shown in Figure 5-2.This module provides the setting work for the protection configured by the generator transformer unit, and is the core component of the whole setting software. Its main function is to complete the setting work of generator protection, transformer protection and generator transformer unit protection by combining relevant regulations, the device instructions of various protection equipment manufacturers and the experience of setting staff. The specific functions are as follows:Setting basis: large generator transformer unit setting calculation guide, other relevant industry guidelines, device setting instructions of corresponding protection equipment manufacturers, and combined with the specific working experience of power station operators.Setting task: complete the relay protection setting of generator protection, transformer protection, generator transformer protection, excitation transformer protection and other equipment.The characteristics of the tuning module are as follows: (1) users participate in the whole process of setting to improve the practicability of the setting results. When setting, the system can automatically calculate the setting after obtaining the equipment parameters and protection configuration, and guide the user to input the corresponding empirical parameters, and give the corresponding prompts and instructions (such as: the corresponding setting formula and principle, the commonly used value range, and the protection setting value recognized by the regulations). Users can choose according to their own experience or directly use the calculation Default value obtained. (2) The user-defined setting module is added to improve the scalability of the system. Since the software design only considers the common protection devices of current mainstream equipment manufacturers, the development of relay protection technology is changing with each passing day, all kinds of new protection principles and methods and new protection equipment may appear at any time, which may lead to the software unable to be applied. Therefore, a user-defined module is specially set up, which can define the equipment definition according to the special needs of users Value items, setting principles or formulas are flexible. (3) The module directly faces the device, establishes a unified interface function and data structure, further modularizes the setting calculation of each different device, and directly combines each sub module during setting.<br>
正在翻译中..
 
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