Without powerful static transfer switches, firms leave themselves vulnerable to power outages caused by storm systems and infrastructure failure. And these things always happen at the most inopportune times. The use of transfer switches means critical power protection even when natural disasters and human error threaten vital business operations. Downtime, no matter how much, can cost more at the end of the year than most managers realize.
When a static transfer switch is placed between mission-critical equipment and the power distribution network, it acts as a safeguard against lack of adequate power and seamlessly switches over to an alternative supply should interruptions occur.
Advances within infrastructure technology have given way to the use of the solid-state drive. When compared to traditional mechanical relay power transference, this new addition brings intelligence into the model through automated processes and enhanced connectivity. Getting to the backup power supply happens at speed and at scale. In general, solid-state switching components lend advanced performance by way of greater reliability and rugged circuitry.
Smart controls use digital management processes in order to alert the system of any impending failure. Intelligent switches automatically transfer to mitigate total loss. Once power quality degrades to a certain threshold, the system will act. Complicated math going on in the background calculates optimal transfer timing on behalf of the business as well. Operators and analysts can also override automatic control with full manual transfer parameters and supply selection.
Businesses require all of this and more. They need a solution that is convenient, intuitive, and integrative. Static transfer switches are a step in the right direction.
