AI-Controlled Flexible Electrochemical Load

Turning surplus power into hydrogen, flexibility and value

HAi™ is a grid-responsive electrochemical load module designed to absorb low-cost, surplus or negative-priced electricity and convert it into hydrogen and strategic energy value.

Built around intelligent control, alternating DC switching and rugged neutral-chemistry operation, HAi™ is designed for real-world deployment where flexibility matters more than constant baseload operation.

  • 5 kW module with dynamic 0–5 kW operation
  • 300–400 L/h H₂ realistic module output at nominal operation
  • AI-driven control of power draw and switching strategy
  • Investor relevance across grid flexibility, hydrogen and industrial energy arbitrage
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HAi technology module

A timely platform for volatile energy markets

Increasing renewable penetration creates more frequent periods of oversupply, curtailment and negative electricity pricing. HAi™ is positioned as a controllable intelligent load that can absorb that excess power and convert it into hydrogen, optional co-products and future grid value.

0–5 kW
Dynamic operating range
~1100 A
Concept current at nominal point
20
Plates in current concept stack
11 m²
Approximate active electrode area

Why HAi™ stands out

AI-Optimized

Real-time control of power draw, polarity switching, operating mode and event-based runtime.

Grid Flexible

Designed to run when power is abundant, negative-priced or strategically cheap.

Alternating DC

Pulse and polarity control support self-cleaning behavior and lower fouling risk.

Neutral Buffered Chemistry

Rugged operating concept using buffered neutral electrolyte rather than highly aggressive chemistry.

Lower Materials Cost

Concept architecture uses stainless steel plates and modular gas handling rather than precious metal-heavy systems.

Scalable Platform

Suitable for modular deployment in pilot, industrial, hybrid energy and future grid-balancing applications.

Technology overview

The current HAi™ concept combines plate-stack electrochemistry, linear gas capture, segregated H₂/O₂ routing and intelligent power electronics to create a responsive energy conversion platform.

HAi technical stack

Investor case

Energy arbitrage

Capture value during surplus and negative-price events rather than relying on continuous operation.

Hydrogen + flexibility

Combines hydrogen production with flexible load behavior, creating multiple strategic value pathways.

Platform potential

The control layer opens optional pathways for AI-enhanced optimization, responsive load services and future digital integration.

Product architecture

Compact, modular and suitable for pilot-scale deployment, iteration and future product family expansion.

Get in touch

Interested in investment dialogue, pilot opportunities or strategic collaboration?

contact@hai2.se