CC-PWRR01 Redundant Power Supply for C300

Redundant power supplies ensure the normal running of devices in the following ways:

Parallel operation: A redundant power supply usually consists of multiple modules that work in parallel and share the load current. If one module fails, the other modules can continue to supply power, thus ensuring the continuous operation of the device.
Load balancing: In a redundant power system, all power modules allocate load currents according to preset rules. This allows the load to be distributed among modules, avoiding overloading individual modules. When one module fails, the load can be redistributed among the other modules, maintaining continuous operation of the device.
Fault detection and isolation: The redundant power system has a fault detection function, which can monitor the working status of each power module in real time. Once a fault is detected, the system automatically isolates the faulty module and transfers the load to other working modules.
Hot backup: Some redundant power systems work in hot backup mode. That is, the standby power module is in standby state when the active power module is working properly and automatically takes over the load when the active power module is faulty. This mode ensures that the power supply always has a working module as a backup.
Maintenance and automatic replacement: The advanced redundant power system automatically replaces faulty modules. When a module is faulty, the system automatically shuts down the module and starts a standby module. In this way, the faulty module can be seamlessly replaced to ensure continuous running of the device.
Intelligent management: Through intelligent management software or hardware, the redundant power system can monitor and report the working status and fault information of the power supply in real time. This helps maintenance personnel find and handle problems in a timely manner to ensure the stable operation of the equipment.
In summary, redundant power supplies greatly improve the reliability and stability of devices through parallel operation, load balancing, fault detection and isolation, hot backup, maintenance and automatic replacement, and intelligent management.