电场强度在高压断路器过电压保护中应用

摘要


本文介绍了利用电场强度对高压开关进行过电压保护的原理及具体方法。在有关的理论综述中,对高压开关、过压保护的工作原理、电场强度和影响因素进行了阐述。在对高压开关过压保护的研究中,对其在熔断器保护、电磁继电器保护、静电保护等方面的应用进行了讨论。在优化实施的具体措施方面,本项目将通过设计合理的电电场强度度测试方案,优化高压断路器的电电场强度度传感器,采用新型材料的断路器绝缘设计,优化过电压保护体系。研究结果将为进一步提高过电压保护的可靠性与稳定性提供理论依据。

关键词:电场强度,高压断路器,过压防护


Abstract
In this paper, the application principle and the specific measure of the intensity of HV circuit breaker over-voltage protection are described. In the section of relative theoretical summary, this paper introduces the HV circuit breaker and its over-voltage protection principle, the intensity of the field and its affecting factors. In the part about the application of the field intensity in the over-voltage protection of HV PCB, the application of the field intensity in the fusion tube protection, the electromagnetic relay protection and the electrostatic protective device are discussed. Some specific measures are put forward in this paper, for example, to design an appropriate electrical field intensity test plan, optimize the design of HV circuit breaker, and optimize the over-voltage protection system with new materials. The results of this thesis are valuable for improving the reliability and stability of over-voltage protection system.

Keywords: Field Intensity, High Voltage Breaker, Over Voltage Protection


目录


摘要 1
Abstract 1
引言 3
1关联理论综述 3
1.1高压开关的工作原理与过压保护 3
1.2电场强度与影响因素的研究 3
2电场强度用于高压开关过压防护的研究 4
2.1利用电场对保险丝进行保护 4
2.2电场强度用于电磁式继电器的保护 4
2.3在静电防护器上施加电场的研究 4
3 实施最佳化的具体举措 5
3.1合理的电场强度检测方法的设计 5
3.2高压开关电场强度计测元件的优化设计 5
3.3断路器绝缘新材料的设计 6
3.4最优过电压保护方案 6
结论 6
参考文献 7

 
扫码免登录支付
原创文章,限1人购买
是否支付33元后完整阅读并下载?

如果您已购买过该文章,[登录帐号]后即可查看

已售出的文章系统将自动删除,他人无法查看

阅读并同意:范文仅用于学习参考,不得作为毕业、发表使用。

×
请选择支付方式
虚拟产品,一经支付,概不退款!