FLOW System
Residential micro-hydroelectric energy recovery

A system for recovering energy from moving water.

FLOW is designed to install within residential plumbing. As water moves through the home, an in-line turbine converts part of that motion into electricity and sends it to battery storage.

See how the system works
Concept visualization of a branded FLOW turbine and energy storage system installed in a residential utility space
Residential installation · concept visualization
01 U.S. patent issued02 Proof of concept completed03 Pilot development
System operation

From water movement to stored electricity.

The process takes place within the home’s water and electrical infrastructure.

01

Water moves

Normal use sends water through the in-line turbine.

02

Motion is converted

The turbine turns and produces electrical energy.

03

Energy is stored

Power electronics regulate the output before it reaches the battery.

FLOW in-line micro-turbine, wall control and branded battery storage unit
FLOW hardware family · product design direction
System architecture

Generation and storage in one connected system.

The turbine is one part of FLOW. The complete system brings together energy generation, regulation, storage and control.

In-line turbine
Captures energy from water moving through the pipe.
Power regulation
Conditions variable turbine output for storage.
Battery storage
Holds recovered energy for defined electrical uses.
Controls and monitoring
Provide system data and manage energy movement.
Development evidence

The core concept has been demonstrated.

In an early household test, approximately two days of normal water use generated and stored enough electricity to charge a mobile phone.

This result established proof of concept. It is not a claim of final system output; performance will depend on water flow, installation conditions and the engineered configuration.

IP

Issued U.S. patent

The underlying water-energy recovery concept is protected.

POC

Household proof of concept

Energy generation and storage were demonstrated during normal use.

Next-stage development

Building toward a pilot-ready system.

Development is focused on turning the demonstrated concept into an instrumented residential system with measurable operating data.

01

Turbine performance

Refine energy capture across practical household flow conditions.

02

Plumbing integration

Evaluate pressure, flow compatibility and installation requirements.

03

Energy management

Integrate regulation, storage, controls and system monitoring.

04

Practical output

Define suitable uses for the energy recovered and stored by the system.

Potential beyond the first pilot

Residential validation can establish the path to larger applications.

Once performance is measured and repeatable, the same recovery approach can be evaluated for multi-unit residential and other high-water-use buildings.

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