变场作用下变压器油中不规则粒子运动及电荷传递机理

Muhammed Faisal Rahman, P. Nirgude
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引用次数: 0

摘要

变压器油中颗粒的存在会对变压器绝缘系统造成严重的问题,可能导致变压器局部放电,进而发展到完全击穿。许多研究主要考虑球形颗粒进行研究,以了解颗粒在油中的作用。对于理解不规则颗粒对石油的影响的贡献非常有限。本文介绍了变压器油中不规则颗粒运动的修正一般方程。此外,还研究了均匀场和非均匀场下粒子的电荷转移和放电机理。新修正的方程具有更广泛的性质,可用于油中任何形状的颗粒运动,而现有方程主要用于球形颗粒。本文明确地讨论了不规则粒子所受的静电库仑力。修正后的方程还包括电场梯度力分量,因此可以认为在不同类型的电场配置下变压器油中的任何颗粒都是有效的。
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Irregular-shaped Particle Motion and Charge Transfer Mechanism in Transformer Oil under Varying Field
The presence of particle in transformer oil can cause significant problem to insulation system of transformer which can lead to a partial discharge inception and further extend to a complete breakdown. Many studies primarily considered the spherical particle for the investigation to understand the effect of particle in oil. Contribution towards understanding the effect of irregular-shaped particle in oil are very limited. This paper introduces a modified general equation for irregular-shaped particle motion in transformer oil. Additionally, the charge transfer and discharge mechanism of particle under uniform and non-uniform field is also investigated. The newly modified equation is more general in nature and can be used for any shape of particle motion in oil whereas the existing equation mainly explained for spherical particle. The electrostatic Coulomb force experienced on the irregular-shaped particle explicitly discussed in the presented work. The modified equation also includes the electric field gradient force component and thus can be considered valid for any particle in transformer oil under different type of field configurations.
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