Ionate develops the hardware and software backbone for modern power infrastructure, centered around the Hybrid Intelligent Transformer (HIT). The HIT provides precision power flow control and real-time data visibility, improving efficiency and resilience over traditional transformers. Their Aurora Neuralis platform orchestrates these intelligent nodes to create a distributed control layer for system-level optimization across grids and data centers.
Funding
$4.5M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Traditional transformers in electricity grids have remained largely unchanged for over a century, struggling to meet the demands of modern, evolving energy networks. These limitations hinder the integration of renewable energy sources, result in energy losses during distribution, and restrict the overall capacity of existing infrastructure.
Solution
IONATE develops Hybrid Intelligent Transformers that provide enhanced power flow control in electricity grids. These transformers offer real-time monitoring, dynamic voltage regulation, and harmonics management, addressing the limitations of traditional transformers. By optimizing power flow, IONATE's technology minimizes energy losses during distribution, enables greater integration of wind and solar generation, and increases the capacity of existing infrastructure to deliver more electricity. The solution targets flexibility and resilience at strategic points within the electricity system, delivering reliable and cost-effective performance at all power levels.
Target Audience
IONATE's primary customers are electricity grid operators, renewable energy generators, and organizations involved in electricity distribution and management.
Features
- Real-time monitoring and control of the electricity grid-edge
- Dynamic voltage regulation for improved power quality
- Harmonics management to enhance equipment efficiency and lifetime
- Minimized energy losses during distribution
- Increased capacity for renewable energy integration (wind and solar)
- Enhanced flexibility to adapt to changing grid conditions