Power Shifts Perfected

Smart Change Over (TCO)

Seamless transitions between power sources. No manual intervention needed.

AIVA’s Smart Change Over known as the Triple Change Over (TCO) ensures your critical systems remain powered by automatically switching between utility, and two generators—no manual intervention required. With TCO, your operations stay up and running, even during power source changes.

Key Features

Multi-Source Control

Manage up to two independent generators and utility power for maximum redundancy and flexibility.

Automated Power Switching

Intelligent, algorithm-driven source selection for reliable power transfer.

Safe Grid Return

TCO evaluates all power metrics of a supply before transferring, to ensure a secure and smooth return to utility power.

Built-In Redundancy & Diagnostics

Keep systems running with multiple power analysers and fault-tolerant design.

Optimised Generator Use

Reduce generator runtime and improve efficiency through dual link crossover optimisation.

Open-Protocol Compatibility

Easily integrates with your existing infrastructure.

Why It Matters

Power interruptions can lead to costly downtime, equipment damage, and safety risks. Our TCO system ensures seamless transitions between power sources, delivering stable, efficient, and reliable energy - without manual intervention.

Reliable Power

Automated switching between multiple sources ensures continuous, reliable power.

Optimised Performance

Smart load management reduces generator wear, extending life and saving costs.

Customisable

TCO adapts to your specific needs, making it versatile across industries.

Comprehensive Monitoring

Keep track of voltage, frequency, phase rotation, and harmonics for stable, reliable power.

Smart Power, Smarter Control

Why TCO Is the Right Choice for Reliable, Intelligent Power Switching

Designed for environments where power reliability is non-negotiable, TCO is the smart solution for seamless switching and stable energy. Its adaptability and intelligence make it especially valuable in regions with inconsistent power supply.