This $300K Prototype Could Disrupt a $100B Industry. Here's Why...

Every infrastructure revolution follows a similar pattern:

  1. Existing technology is expensive, inflexible, dependent on centralized systems
  2. Someone develops a modular, affordable, distributed alternative
  3. Nobody takes it seriously
  4. The market explodes

Solar panels. Wind turbines. Lithium batteries. All followed this path.


Now it's water infrastructure's turn.

The global pump and turbine market is worth approximately $100 billion. But most of these systems are:

  • Designed for stationary, grid-connected use
  • Expensive to install and maintain
  • Inflexible for changing needs
  • Inefficient at low flow rates or heads


STEFAN Pump-Turbine Disrupts This Model

Key innovations:

1. Bidirectional Architecture Most pumps only pump. Most turbines only generate electricity. STEFAN does both – with one system.

2. Modularity The system can adapt to different needs: from agriculture to construction sites, from emergencies to industrial processes.

3. Field Ruggedness Designed for mobile use, rapid transport, assembly in harsh conditions.

4. Economics Combining functions (pumping + turbine) in one device dramatically reduces total cost of ownership.


Why €300,000?

This is a cost-effective approach to validation:

  • CNC components and testing instruments
  • Assembly and flow/pressure testing
  • Pilot project in real-world environment
  • Preparation for licensing and OEM partnerships

Comparison: Modular pump startups have raised between €10-50 million in early stages. Xylem Inc. acquired Sensus (smart pumps/IoT) for $1.7 billion. Voith GmbH generates over $100 million annually from licensing IP in hydro/pump technology.

The market is ready. The need is clear. The question isn't "if," but "who."

STEFAN PUMP – TURBINE
When smart power reshapes the course of history.

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