Operation:
Manual transfer switches require manual intervention to switch power sources during an outage. Non-automatic transfer switches can be operated remotely but still require manual input. Automatic transfer switches are able to detect power outages and switch sources automatically. By-pass isolation transfer switches allow for maintenance on the transfer switch without interrupting power supply.
Installation:
Emergency systems require transfer switches to ensure power is seamlessly switched to backup sources during emergencies. Critical operation power systems also rely on transfer switches to ensure uninterrupted power to critical equipment. Optional standby systems use transfer switches to switch to standby power sources only when needed.
Transition:
The Circuit Breaker Based Transfer Switch Market is driven by the increasing need for reliable power supply in various industries. The demand for automatic transfer switches is expected to grow due to their ability to quickly and automatically switch power sources during outages. The installation of transfer switches in critical operation power systems will also drive market growth as industries prioritize uninterrupted power supply for critical equipment. By-pass isolation transfer switches will gain traction for their ability to allow maintenance without disrupting power supply.