Electromagnetic hydrokinetic turbine

Energy
Through
Water.

A contactless, inline turbine platform designed to turn energy already present in flowing infrastructure into useful electrical power.

Explore applications Discuss a pilot
Contactless
Magnetically levitated rotor
Inline
Built around the flow path
Modular
Adaptable across applications
01Radial statorElectromagnetic conversion around the pipe
Phoelenz EHT inline turbine concept A cutaway pipeline around a magnetically levitated blade rotor and electromagnetic stator.
02Magnetic rotorDesigned without a conventional shaft, seals or mechanical drivetrain

01 / Technology

A turbine built around the flow

Less mechanical complexity.
More energy potential.

The EHT places a magnetically supported rotor inside the flow path, surrounded by an electromagnetic stator. The architecture is being developed to generate power without a conventional shaft penetrating the pipe wall.

Inline architecture

Flow, rotation and electricity—aligned in one compact system.

The platform is designed for integration into new or existing infrastructure where usable flow and pressure are available.

  • 01 Flow passes through the rotor
  • 02 Embedded magnets move through the stator field
  • 03 Direct-drive conversion produces electrical output
Flow inAvailable energy
RotorContactless rotation
Power outDirect drive
01

Contactless rotor

Magnetic levitation is intended to reduce friction, wear and maintenance pathways associated with a conventional shaft-and-bearing drivetrain.

02

Inline integration

The rotor and generator are arranged around the pipe axis, preserving a compact architecture aligned with the existing flow path.

03

Configurable platform

Rotor geometry, stator design, materials and controls can be tailored to the medium, duty cycle and installation environment.

02 / Application explorer

Select an operating environment

One core platform.
Configured for the flow.

Explore how the EHT concept can be adapted for different media and infrastructure needs. Select a medium, then choose a use case.

Choose a use case

Partner pathway

Share your pipe or duct dimensions, medium, flow, pressure and duty cycle. Phoelenz can frame a concept configuration for technical review.

Water EHTConcept configuration

W-01 / PRESSURE RECOVERY

Water network energy recovery

An inline generator configuration positioned where a network already manages excess pressure or hydraulic head.

Recommended modeDirect-drive generator
IntegrationInline, near pressure-management assets
Potential benefits

    Have a candidate flow asset?

    Discuss this application

    Initial water-site screening

    Have a flow asset
    worth exploring?

    Put together an initial pilot brief. This quick calculation shows theoretical hydraulic power in water before conversion losses. It is a screening input, not an EHT generation forecast.

    Where is the water opportunity?

    Illustrative values are prefilled. Replace them with measured site data where possible.

    WATER-SITE SCREENING

    10.0kW

    Theoretical hydraulic power

    Flow × usable pressure drop before turbine, electrical and system losses

    At 100 L/s and 1 bar of usable pressure drop. Confirm the operating profile and minimum downstream pressure.

    The EHT is under development. This figure does not predict electrical output, technical feasibility or economic returns. Closed loops need an external energy source.

    Partner with Phoelenz

    Turn a real flow asset into
    a validated pilot.

    Phoelenz is seeking infrastructure operators, engineering partners, manufacturers and research collaborators to model, prototype and validate the EHT in real operating environments.

    energy@phoelenz.com

    Development status: The EHT is an engineering platform under development. Application suitability, power output, hydraulic or aerodynamic impact, materials compatibility and service life are subject to modelling, prototyping and independent validation for each operating environment.