Substation structures can withstand strong vibrations up to magnitude eight. This excellent performance is due to the high-strength steel we use, such as steel pipe, round steel, steel plate and angle steel, which not only have good toughness and ductility, but also can absorb and disperse energy during earthquakes to ensure the stability and safety of substation structures.

In response to wind conditions in different regions, our substation structure has undergone rigorous wind tunnel testing and calculations to ensure that it can remain stable within the design wind speed range of 10M/S-34M/S (10 meters/second to 34 meters/second). This performance is achieved thanks to our sophisticated structural design and high-quality material selection, which enables the substation to maintain its structural integrity and operational stability in strong wind weather.

Considering the severe cold climate and icing in some areas, our High Voltage Substation provides a variety of anti-icing options. From ice-free design to structural reinforcement that can withstand 10MM and 15MM thick ice layers, we can provide customers with the most suitable anti-icing solutions based on the ice conditions in specific regions. The realization of this performance relies on our in-depth understanding and precise calculation of the mechanical properties of materials to ensure that the substation can maintain its normal operation under extreme weather conditions.

Our substation structure can maintain stable operation in a wide temperature range of -25°C~+45°C. This performance is achieved thanks to our selection of high-quality materials and careful structural design, which enables the substation to maintain its structural integrity and electrical performance under extremely high or low temperature conditions. This wide temperature adaptability not only improves the reliability of the product, but also provides customers with a more reliable and stable power supply.