Ensuring optimal performance and safety: Reliable substation solutions


Substation is an important part of the power transmission and distribution system. It is the hub for converting and distributing electrical energy efficiently and safely. To ensure optimal substation performance and extend the service life of a substation, various factors must be considered, such as ambient temperature, altitude, wind speed, relative humidity, seismic intensity, and potential risks of fire, explosion, contamination, corrosion, and vibration. In this blog post, we explore how our state-of-the-art substation solutions meet these requirements to guarantee best-in-class performance and safety.

Our substation solutions are engineered to withstand extreme ambient temperatures, from as high as +40°C in hot summers to as low as -25°C in cold winters. With rugged design and advanced insulation materials, our substations ensure reliable operation even in the harshest climates. In addition, it can operate seamlessly at altitudes up to 1000M, suitable for various geographical locations.

To maintain optimal operating temperatures, our substations feature advanced airflow management systems. The indoor wind speed is carefully adjusted to ensure that the wind speed does not exceed 35 mm/second to prevent heat accumulation. By effectively dissipating heat, our substations ensure the longevity and reliable performance of electrical equipment, reducing the risk of breakdowns and downtime.

High humidity can pose a significant threat to the integrity of the substation and the performance of electrical components. Our substation solutions effectively regulate relative humidity levels to prevent moisture-related problems. Ensure that the daily average relative humidity does not exceed 95% and the monthly average does not exceed 90%. This meticulous control eliminates the risk of corrosion and electrical short circuits that can compromise substation reliability.

Living in earthquake-prone areas requires substation solutions that can withstand strong vibrations. Our substation systems are designed and tested to withstand earthquake intensities up to 8 degrees. By using solid structural design, enhanced foundation reinforcement and earthquake-resistant materials, our substations ensure the safety of equipment and personnel during an earthquake, ensuring uninterrupted power supply.

The safety of substation facilities is of paramount importance. Our solutions are engineered to eliminate the risk of fire, explosion, contamination, chemical corrosion and severe vibration. Advanced fire extinguishing systems, gas detection mechanisms and the use of non-flammable materials ensure a safe operating environment for the substation. Additionally, our substations are constructed to withstand chemical corrosion, preventing damage to vital components and ensuring longevity.

Choosing a reliable and robust substation solution is essential for uninterrupted power supply, improved system efficiency and enhanced safety. Our advanced substations are designed to exceed industry standards and perform well in a variety of challenging environments. Our substation solutions ensure the highest reliability, longevity and safety with their exceptional ability to withstand extreme temperatures, control humidity levels, withstand seismic activity and mitigate potential hazards. Our state-of-the-art substation solutions give you peace of mind and support your future distribution system.

Post time: Nov-06-2023