The smart UPS platform for AI Factories
Transforming data center UPS systems into rapid grid frequency response assets
Synert: Connecting the AI Factory to the grid.
Our core technology repurposes excess UPS battery capacity and re-engineers data centres to deliver rapid contingency Frequency Control Ancillary Services (FCAS) to an energy market.
Unlike current switch control systems, it uses advanced algorithms and real-time grid frequency measurement for precise, sub-second dynamic proportionate control.
Designed for renewable challenges, Synert also provides a revenue source for DC operators (from energy grid services) while participating responsibly in the energy market.
Enabling AI Factories
to smoothly interact with the energy grid.
Merging hardware and software for ultra-fast grid Frequency Control Ancillary Services (FCAS) for existing and new data centre builds.
Containerised ‘Smart UPS’
The PowerCube is a grid-scale battery platform, enabled with Synert’s grid stabilising algorithms. It comprises distributed resources, including an energy source, networking and switchgear, electrical infrastructure, and a frequency reader.
A part of AI FactoryOS™
The software solution is integrated on top of the distributed hardware. It houses the automation controls and functional logic—providing ultra-fast (<1 sec) response times to grid disturbances, ensuring continuous operational uptime.
Tailored Scalability
Synert can be applied to existing UPS systems or factored into new builds; ready for integration with global grids.
Proven in live environments
In operation today.
Australia
The Australian FCAS market is undergoing increasingly rapid changes in the number and nature of its participants. Older, larger-scale synchronous generators, which have traditionally provided FCAS, are being decommissioned. Renewable, non-synchronous generation units are replacing them with new technology providers entering the market.
Global
The global FCAS market is growing as countries like Ireland and the Netherlands face grid stability challenges when integrating renewable energy into their power systems.