Power and Service Continuity

CFTS infrastructure is designed to maintain service availability even in environments where power conditions are unstable.

Rather than relying on a single backup system, we use a layered power architecture to ensure that critical services continue operating during outages, fluctuations, and transition events. Power and cooling are treated as part of ICT infrastructure, not as background utilities.

Designed for Real-World Conditions

In many regions, power instability is a normal operating condition.

Our systems are designed to:

• handle fluctuations in power supply
• continue operating during outages
• transition safely between power sources
• prevent a single issue from affecting all systems

Multiple Power Sources

CFTS infrastructure combines several independent power sources:

• Grid supply
• Generator backup
• Solar power
• Battery-backed systems

These work together to provide continuous availability across different scenarios.

Safe Power Switching

Power is managed using controlled switching systems that:

• automatically switch between grid, generator, inverter and solar
• allow manual control where required
• provide bypass paths for key components
• protect equipment from voltage instability
• ensure smooth transitions without service interruption

We also use advanced power distribution systems that allow equipment with a single power input to benefit from multiple power sources, improving overall resilience.

The aim is to reduce avoidable manual intervention while keeping manual recovery options available when they are the safest way to maintain service.

Isolated Power Domains

Infrastructure is divided into separate power segments, including:

• server and data centre systems
• communications and operational systems
• administrative environments
• security systems

This ensures that issues in one area do not impact the entire environment.

Protection of Critical Systems

Key systems are given additional protection through:

• dedicated backup power circuits
• UPS-supported infrastructure
• battery-backed cooling for server environments

This ensures that essential services remain operational during extended outages.

Cooling and Environmental Continuity

Cooling is part of service continuity, especially for high-density storage and compute systems.

CFTS uses protected cooling arrangements and environmental monitoring to reduce the risk of heat becoming an infrastructure failure point.

Monitoring and Early Warning

Power and environmental systems are monitored so that CFTS can see trends, respond to abnormal conditions, and review history after an event.

This improves operational visibility and helps identify issues before they become service-affecting.

Energy Storage & Backup Systems

CFTS uses multiple battery and inverter systems to support different parts of the infrastructure.

This distributed approach improves reliability and prevents overload in any single system.

Reliable Operation Under Unstable Power

This architecture ensures that:

• services remain available during power outages
• transitions between power sources are seamless
• systems are protected from instability
• critical infrastructure continues operating when conditions are degraded

Why This Matters

Power instability is one of the leading causes of system downtime.

CFTS addresses this directly by designing infrastructure that continues operating through these conditions, rather than being disrupted by them.

This is particularly important for:

• organisations that require consistent uptime
• systems that cannot tolerate interruption
• environments where power reliability cannot be guaranteed