In mission-critical environments, operational continuity is one of the key indicators of quality and reliability. Data centers need to be prepared to respond instantly to any power supply failure, keeping systems up and running without interruption.
To this end, well-structured contingency strategies are fundamental, combining different layers of protection that guarantee total resilience of the operation.
When the operation cannot stop, energy must always be one step ahead.
Multi-layered contingency strategies
Energy reliability in data centers is built through redundant systems that act in an integrated manner. The combination of different technologies allows faults to be absorbed without impacting the operation.
This layered approach ensures:
- Immediate response to power outages
- Continuity of supply during transitions
- Critical equipment protection
- Stability even in extreme scenarios
True security lies in the intelligent layering of solutions.
UPS: instant response and continuous stability
The first level of contingency is guaranteed by UPS (Uninterruptible Power Supply) systems, responsible for keeping the power active in the initial moments of any failure.
The architecture contemplates 16 three-phase double-conversion UPS systems, distributed as follows:
- 10 units of 800 kW
- 5 units of 100 kW
- 1 60 kW unit
With a minimum autonomy of 6 minutes (EOL), these systems ensure continuous energy until the generators enter, in addition to providing clean and stabilized energy for the equipment.
Milliseconds make a difference — and UPS ensures they're not noticed.
Diesel generators: power for long operations
The second contingency level consists of generators, which assume operation in the event of prolonged power supply failures.
The solution includes:
- 6 3,000 kW faired diesel motor generator sets (GMGs), operating under a DCC regime
- 1 additional 400 kW GMG on standby
Totalizing 18.4 MW of installed power, the system guarantees energy support for continuous operations, regardless of the duration of the external interruption.
When the network fails, the infrastructure takes over — without compromising operation.
Automatic transfer and uninterrupted operation
One of the critical points in contingency systems is response time. Therefore, the entire architecture is designed to operate with automatic start and transfer without interruption, ensuring an imperceptible transition between energy sources.
This level of automation reduces operational risks and eliminates the need for manual intervention at critical times.
The best transition is the one that happens unnoticed.
Key differentials of the solution
- Two-level contingency structure (UPS + generators)
- Double-conversion UPS systems for maximum power quality
- High installed capacity with 18.4 MW of generation
- Automatic start and seamless transfer
Continuity isn't luck — it's the result of well-applied engineering.
Engineering focused on resilience
Ensuring operational continuity requires detailed planning, system integration, and technical mastery. Each component must act in a coordinated manner to maintain stable operation, even in adverse situations.
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