1. Heat dissipation under the high temperature heat breakout
In the face of persistent high temperature, oil-immersed transformer, such as 33kv voltage transformer from the heat dissipation structure and material two-pronged approach. By increasing the radiator area, upgrading the forced cooling system, and even optimise the radiator material, accelerate the heat emission; At the same time, the use of high heat-resistant insulation materials, and with the help of intelligent temperature control system, according to the environment and the load dynamically adjust the cooling mode, to ensure that the equipment in the heat wave of stable operation.
2.Waterproofing for heavy rain and flooding
The flood-proof base lifts the 33kv voltage transformer to a safe height, and with the all-round sealing process, the tank, casing and accessory interfaces are tightly protected to prevent rainwater infiltration. The perfect drainage system quickly channels the accumulated water, constructing a three-dimensional waterproof barrier for the equipment and avoiding insulation failure caused by moisture.
3. Structural reinforcement for strong winds and earthquakes
To cope with strong winds and earthquakes, the transformer strengthens the box structure, reinforces the external attachment connections, and enhances the overall impact resistance. In seismically active areas, shock absorbers and solid anchoring design synergistically, effectively absorbing vibration energy, preventing 33kv voltage transformer displacement or parts falling off, to protect the structural integrity of extreme external forces.
4. Anti-freezing protection against ice and extreme cold
In cold regions, the special low-temperature oil guarantees the fluidity of the oil and maintains the circulating heat dissipation and insulating properties. Casing heating, oil circulation preheating and other anti-icing measures, together with the mechanical design to adapt to the ice and snow load, not only to avoid icing triggered by flashover, but also to withstand the heavy pressure of snow, to ensure the 33kv voltage transformer low-temperature stable operation.
In addition, we have to rely on meteorological data networking and intelligent algorithms to achieve the fusion of operational data and weather warning analysis, and make preparations for prevention in advance.