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永磁真空断路器智能控制设计原则
永磁真空断路器智能控制设计原则
Design principle of intelligent control for permanent magnet vacuum circuit breaker
永磁机构真空断路器智能控制系统作为供电设备的基本控制与保护单元，应能够保障在控制、保护对象的任何工作状态下可靠工作，并对开关设备自身工作状态进行监测与控制。为了提高断路器的分断能力与使用寿命，断路器应该实现同步操作技术。
As the basic control and protection unit of the power supply equipment, the intelligent control system of the permanent magnetic mechanism vacuum circuit breaker should be able to ensure the reliable work under any working state of the control and protection objects, and monitor and control the working state of the switch equipment. In order to improve the breaking capacity and service life of circuit breakers, synchronous operation technology should be implemented.
根据现场环境、设备条件和工作的要求，配永磁机构真空断路驱动控制器设计必须遵循以下的原则:
According to the field environment, equipment conditions and work requirements, the design of permanent magnet actuator vacuum circuit breaker driver controller must follow the following principles:
1）实时性
1) real time
在数据采集与处理系统设计时，要充分考虑数据采集和处理采用的方法，以保证数据采集与处理的实时性;同时在控制算法设计时，要考虑算法的快速性和收敛性原则，以保证控制的实时性，开合动作的实时性。
When the data acquisition and processing system is designed, the method of data acquisition and processing should be taken into full consideration to ensure the real-time performance of data acquisition and processing. At the same time, the fast and convergent principles of the algorithm should be considered when the control algorithm is designed to ensure the real-time control and the real-time performance of the action.
2)准确性
2) accuracy
高压真空断路器工作环境特殊，并且存在很强的干扰，对数据采集的精确性和传输的准确性以及开合控制的准确性提出了严格的要求。要在数据采集系统设计时考虑采用合适的硬件元件与软件处理方法，以保证采样数据的准确性与设备工作状态判断的准确性。
High voltage vacuum circuit breaker has special working environment and strong interference. It requires strict requirements for accuracy of data acquisition, accuracy of transmission and accuracy of opening and closing control. In order to ensure the accuracy of the sampling data and the accuracy of the working state of the equipment, the appropriate hardware components and software processing methods should be considered in the design of the data acquisition system.
3)安全性
3) security
作为一种实时针对高压设备的控制系统，必须保证生产安全、人员安全和设备安全，需要采取对应于控制失效情况下的应急控制策略。
As a real-time control system for high voltage equipment, it is necessary to ensure the safety of production, personnel and equipment. It is necessary to adopt an emergency control strategy corresponding to the control failure.
Design principle of intelligent control for permanent magnet vacuum circuit breaker
永磁机构真空断路器智能控制系统作为供电设备的基本控制与保护单元，应能够保障在控制、保护对象的任何工作状态下可靠工作，并对开关设备自身工作状态进行监测与控制。为了提高断路器的分断能力与使用寿命，断路器应该实现同步操作技术。
As the basic control and protection unit of the power supply equipment, the intelligent control system of the permanent magnetic mechanism vacuum circuit breaker should be able to ensure the reliable work under any working state of the control and protection objects, and monitor and control the working state of the switch equipment. In order to improve the breaking capacity and service life of circuit breakers, synchronous operation technology should be implemented.
根据现场环境、设备条件和工作的要求，配永磁机构真空断路驱动控制器设计必须遵循以下的原则:
According to the field environment, equipment conditions and work requirements, the design of permanent magnet actuator vacuum circuit breaker driver controller must follow the following principles:
1）实时性
1) real time
在数据采集与处理系统设计时，要充分考虑数据采集和处理采用的方法，以保证数据采集与处理的实时性;同时在控制算法设计时，要考虑算法的快速性和收敛性原则，以保证控制的实时性，开合动作的实时性。
When the data acquisition and processing system is designed, the method of data acquisition and processing should be taken into full consideration to ensure the real-time performance of data acquisition and processing. At the same time, the fast and convergent principles of the algorithm should be considered when the control algorithm is designed to ensure the real-time control and the real-time performance of the action.
2)准确性
2) accuracy
高压真空断路器工作环境特殊，并且存在很强的干扰，对数据采集的精确性和传输的准确性以及开合控制的准确性提出了严格的要求。要在数据采集系统设计时考虑采用合适的硬件元件与软件处理方法，以保证采样数据的准确性与设备工作状态判断的准确性。
High voltage vacuum circuit breaker has special working environment and strong interference. It requires strict requirements for accuracy of data acquisition, accuracy of transmission and accuracy of opening and closing control. In order to ensure the accuracy of the sampling data and the accuracy of the working state of the equipment, the appropriate hardware components and software processing methods should be considered in the design of the data acquisition system.
3)安全性
3) security
作为一种实时针对高压设备的控制系统，必须保证生产安全、人员安全和设备安全，需要采取对应于控制失效情况下的应急控制策略。
As a real-time control system for high voltage equipment, it is necessary to ensure the safety of production, personnel and equipment. It is necessary to adopt an emergency control strategy corresponding to the control failure.
