A new building block,
IONATE’S Hybrid Intelligent Transformer
Animated Ionate Product.
Fusing the precision and speed of electronics…
...with the robustness of a transformer.
SST controls without the compromises
Efficient
The HIT’s electronics are partially rated, which means they only introduce a fraction of a fraction of losses, keeping total device efficiency above 99%.
Reliable
The electronics are isolated, ensuring power still flows even if an electronics module experiences a fault. This built-in bypass mode also means servicing is simple and possible while keeping the transformer live.
Ready
HITs are commercially ready today. The first full-scale devices are being deployed in 2025.
Connect into a full-stack smart system with Aurora
HITs light up control nodes - IONATE's AI-enabled Aurora Neuralis orchestrates them in real-time.
Visualization of GIS maps for grid operators and interactive single-line diagrams for C&I environments. Integrated forecasting for various datapoints at multiple resolutions with high granularity.
Detailed, searchable and customisable asset metadata management platform supporting the maintenance of large fleets of HITs
Fine-grained control of individual set points based on direct input, as well as advanced and relative resource distribution for HIT’s power control functionalities.
Based on our research with the University of Oxford, we can leverage multiple HITs’ capabilities to improve not just a single section of the grid - we can orchestrate the whole network. This supports overall grid stability and capacity.

IONATE’s tech is the foundation for a true smart system, coupling Aurora’s top-down network orchestration with the HIT’s instantaneous bottom-up control in the physics.
This full stack will achieve real-time power optimization and turn previously passive systems into smart, flexible platforms that boost energy efficiency.
Want to know more?
Get in touch.
Smart transformers at the edge. AI coordination across the system.
Unlock radically efficient, adaptable, resilient power in data centers and grids.

