If an organization fails to keep up with the latest advancement in technology in their industries, chances of being left behind is high. It is possible to enhance competitiveness for a finite customer base with modernization, as well as to increase efficiency and safety. Upgrading switchgear can help to save 30% of cost by reducing production downtime and minimizing the equipment site costs.

Sustainability initiatives for switchgear modernization

The safe removal and disposal are crucial aspects for switchgear modernization: Most of the switchgear that is installed nowadays use greenhouse gas SF6 that functions as an insulator. The atmospheric lifespan of 32000 years along with global warming potential 23,500 times greater than CO2. SF6 is not harmful to human beings.

Focusing on retrofit: Retrofitting existing switchgear is becoming more prominent as an approach to sustainability method of modernization. Instead of replacing the entire system, upgrading can be made possible to the existing gear with retrofitting. This can help to cost savings, increase efficiency, reduce waste and benefits in minimizing the environmental impact of switchgear modernization. The life of the switchgear systems can be extended with retrofitting.

Emphasis on eco-friendly replacement components: There is an increasing focus on using green premium replacement components that provides a sustainability approach to equipment upgrades. This approach embraces the principle of the circular economy, that prioritizes longevity, upgradability and recyclability.

As the global demand for electricity is increasing and new energy sources are integrated into the electrical system, there are many innovations to watch out for. 

Digital Switchgear: Digitization is a worldly phenomenon, the trend in digital switchgear would be widely used as it can provide dynamic monitoring with the use of sensors and communication systems. This helps the operators to respond quickly. Network stability, safeguard network equipment and remain unaffected by fluctuations in network load flows are offered by digital switchgears. This type of switchgear can provide a safe, flexible and intelligent power grid.

Hybrid Switchgear: Hybrid switchgear consists of traditional air-insulated switchgear and SF6 gas-insulated technologies. This compact design hybrid switchgear allows for more efficient use of space in the substation, particularly in urban areas where space is limited. This technology has the advantages of both traditional switchgear. Condensed hybrid switchgear is majorly used in renovation and expanding substation with AIS based switchgear. Hybrid switchgear provides a quick and efficient method of modernization without the need of additional space. They also have circuit breakers, switches, disconnectors, and transformers within a single gas -tight enclosure that can resist pressure.

Vacuum Switchgear: Vacuum switchgear uses vacuum interrupters to provide switching and protection. This switchgear is maintenance free which is the main advantage. The use of vacuum interruption technology in medium voltage technology applications surpassing air, SF6 and oil technologies as vacuum circuit breakers are deemed safer and comparatively more reliable to function where both faulty and normal operation are quite high. Circuit breaker’s performance is based mainly on the electric medium that is used for arc quenching. Vacuum switchgears have no intervening medium, due to their small contact gap the movement of contacts is a little less.

Modular Design: Modular switchgear solutions can also help to reduce cost by minimizing the requirement for customized equipment. It enables the incorporation of multiple functions in a single module that generates efficient design. This can simplify the maintenance and provide easy expansion.

Conclusion

The industry is constantly evolving and dynamic. To be successful in the switchgear industry there is a necessary requirement in proficiency for adaptability, innovation and change. Switchgear is typically used in industries for advanced electrical hubs which operate under voltage tolerance in harsh environmental conditions. In order to select the best switchgear for any application, it is necessary to consider both control and protection aspects. It detects faults but also serves as a control mechanism for the electrical system. It is also to be noted to seek the assistance of expertise as it is to be installed according to the manufacturer’s instruction for avoiding further complications. We are a team of expertise who can help you in providing the best industry switchgear that meets the client’s demand. Contact the Switchgear manufacturers dubai for more information. and guidance.