Depends on requirements, Power redundancy is typically achieved through several design strategies on different levels and parts of the solution to ensure continuous power delivery in the event of a power source failure.
Depends on requirements, Power redundancy is typically achieved through several design strategies on different levels and parts of the solution to ensure continuous power delivery in the event of a power source failure.
These strategies can include:
- For AC Power Backup: Using (UPS) that can provide temporary power during an outage of the main AC power source.
- For DC Power Backups: Implementing dual DC power sources/rectifiers where both are connected to the system. If one rectifier fails, the other will take over without interruption. These two rectifiers can be within the same location or connected from both ends of the system.
- Ring Topology: Depends on distance and power loads, with InOne you cab deploy network ring topology for Fiber and Power. This will allow having multiple routes to feed the same system in case of cable cut.
Specific implementations can vary based on the requirements of the deployment and the infrastructure required. For detailed information and tailored solutions, consulting Hexatronic's technical documentation or their support team would be beneficial.