A smart grid distribution box with series compensation mechanism

Abstract

The invention discloses a smart grid distribution box with a series compensation mechanism, relates to the technical field of power grid distribution boxes, and includes a series capacitor compensator, a reinforcement component, a box body self-moving component, an outer box body, an inner box body, and a ventilation component , the series capacitor compensator is set in the inner box, the inner box is set inside the outer box, the reinforcement component is fastened to the side wall of the outer box, the box self-moving component is set inside the outer box, and one end of the box self-moving component It is connected with the outer box, the other end of the box self-moving component is connected with the inner box, one end of the ventilation component is tightly connected with the back side of the inner wall of the outer box, and the other end of the ventilation component is fastened with the back side of the outer wall of the inner box. The ventilating assembly of the present invention directly discharges tiny impurities in the external air after entering the outer box through the cyclic electrification and de-energization of the metal ball, preventing impurities from entering the inner box and adhering to the circuit equipment, and prolonging the power distribution. box life.

Description

technical field [0001] The invention relates to the technical field of power grid distribution boxes, in particular to a smart grid power distribution box with a series compensation mechanism. Background technique [0002] The power distribution box is an important part of the power supply project. With the continuous development of my country's modernization, the coverage area of ​​the power network is getting wider and wider, especially in the mountainous area. The power construction has a great degree of coverage. However, due to the complex geographical and climatic conditions in mountainous areas, the damage rate of traditional distribution boxes in mountainous areas has always been high. Mountains are prone to landslides when it rains, and the debris flow generated during landslides poses a great challenge to the stability of the base of the distribution box. However, if the base is set too strong, when replacing or changing the position of the distribution box It wil...

AI Technical Summary

Problems solved by technology

Mountains are prone to landslides when it rains, and the debris flow generated during landslides poses a great challenge to the stability of the base of the distribution box. However, if the base is set too strong, when replacing or changing the position of the distribution box would create a huge workload

Mountainous areas are prone to road accumulation after rain, and the accumulation of water is likely to cause a short circuit to the internal circuits of the distribution box. If the base of the distribution box is raised, the center of gravity of the distribution box will move upward, resulting in instability of the distribution box

On the other hand, the traditional distribution box lacks effective means of removing impurities in the outside air. When the distribution box dissipates heat, the outside air will be sucked into the distribution box, and excessive impurities will accumulate on the circuit lines and switches, greatly Reduce the service life of each electrical component, and even cause a short circuit in the power line

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