Brief overview of stage 1&2

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Click on image to explore test setup components

Data Lodging of Test Dated 26 July, 2019 | 300% Average Efficiency  

Data Lodging of Test Dated 30 July, 2019 | 300% to 400% Efficiency Over 3 hours. 

Demonstrating higher performance when galvanic energy does more work than the input electrical energy. 

Data Lodging of Test Dated 13 Aug, 2019 | Average 350% Efficiency over 5 Hours. Includes self-sustaining ability with no external input power. Also periods of generating additional power. 
Data Lodging of Test Dated 06 Sep, 2019 | Average 400% Efficiency over 1 Hour then Self-Sustaining AND Generating Additional Power for 2 hours.  
How it work?
Follow as we walk you through a simplified performance verification test setup along with new, in-depth  explanation of how the energy gain is achieved and the science behind the technology.
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View a simplified 7 hour self-sustaining 40Wh power generation demonstration.
An amazing, truly self powering system producing 40Wh of excess  electricity. We ran this demonstration for 7 hours but video is compressed into 22 minutes by fast-motion.

Stage .2.   Scale-ability

Verification Reports On 5Ltr Cell

(2.2x larger than above 2.4L suitcase demo cell)

This report was initiated in order to demonstrate:

  • The scale-ability of the technology.

  • The ability to ramp-up generation rapidly to accommodate all power demands.

Data Lodging of Test Dated 17 December, 2019 | 400% to 650% Efficiency Over 3:45 hours. 

Must   View!

Hydrogen Production Gas Flow Rate (Gas-Over-Water Lab Test Method)

SLPM                     I/P Volts               I/P  Amps                 I/P Watts

1.042                             36.0                            1.31                                47.1

1.164                              36.5                            1.40                                51.1

1.236                              37.5                            1.56                                58.5

1.414                              38.8                            1.81                                70.2

1.650                              39.5                            1.98                               78.2


Powering 120W bank of Floodlights while Self-Powering! 

Click on image to view verification CCTV footage

Stage .3.   5kWh Mobile 24/7 Self-Sustaining Power Generation 

Scheduled for 2021

How the Lab Test is Performed




PEM Hydrogen
Fuel Cell
Efficiency Test Method



The tests are performed using a PEM Fuel Cell (PEMFC) rather than flow meters for the following reasons:

1/ With the PEMFC conversion back to electricity, a true and sure level of usable energy performance can be obtained real-time, with no chance of error and no complex gas energy calculations required.

2/ The PEMFC conversion of hydrogen back to electricity enables a self-powering, self-sustaining, demonstration.


3/ A sure test for pure hydrogen. If oxygen or any other gasses were to be present in the generated supply, the PEMFC will respond erratically, causing rapid rises and falls in the output voltage that would be detectable on the real time interface and data lodgings. A flow meter, on the other hand, will respond to such conditions with a very high, inaccurate flow rate which could cause the viewer to assume impurity as the reason for a high performance.

4/ Proves that acidic chemicals are not used to boost the hydrogen generation. Any acidic fumes in the gas supply will not only cause very erratic performance for the PEMFC but will destroy it.

The small 2.4L suitcase cell used in the efficiency verification testing and demonstration. 

This demo version of the Galvanic Enhanced Electrolyser (GEE) averages a stable 400% efficiency but does not have the external electrolyte circulation and preparation system needed for constant run time.

Last Update:

July 29, 2020

Verification Reports Data 

-Best viewed in desktop mode-

  • Verifying the performance in a lab environment.

  • Using industry standard test equipment.

  • Data supported by CCTV footage of each test.

Stage .1.   Efficiency