The research topics of vcB high voltage technology include the following aspects: (l) Improve vCB insulation. Should consider the optimal electric field distribution, area effect, intermediate shielding shape and other issues; (2) Increase the current breaking capacity of the vCB. Consideration should be given to the selection of electrode materials, and the vertical magnetic field electrode technology; (3) Increase current through capacity. Should consider the selection of electrode materials, cooling performance and other issues; (4) Improve the process conditions. Consideration should be given to the adjustment of electrodes, the processing of electrode materials, and other issues; (5) Improve peripheral insulation. Should consider a variety of media, such as: air, C02, NZ, mixed gas, silicone oil and ceramic materials and other issues. In addition, problems such as X-rays generated by vlVCB and the increase in the cost of high-voltage technology development should also be properly solved. VIVOB's high voltage insulation technology can be used as the research direction: (l) Insulation characteristics of the gap portion; characteristics of electrode material selection, processing, control, etc.; optimization of electric field distribution; long gap characteristics; (2) Intermediate shield and creepage insulation properties; optimization of intermediate shield shape and placement; determination of charge and discharge characteristics of the surface insulator. In the study, it is important to clarify the area improvement effect of the insulation breakdown characteristics and to grasp the quantification of electrode surface treatment characteristics. It should be noted that the long-gap characteristics and non-uniform electric field of 20-30 mm or more that are missing the original data of the insulation breakdown characteristics are important. The characteristics are critical. The insulation breakdown characteristics in the vacuum state have a good area effect. In electric equipment, the area effect applied in sF6 gas and insulating oil is more significant than the area effect in vacuum. vlvcB's high-voltage technology reaches new heights with the latest electric field analysis and materials technology. Desktop Laser Marking Machine,Desktop Fiber Laser,Desktop Fibre Laser,Desktop Laser Marker Feiquan Laser Technology Wuxi Co., Ltd. , https://www.fq-lasers.com
Study on High Voltage Insulation Technology of VIvCB
Research on High Voltage Insulation Technology of VIvCB
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