Here is the Energy Conversion Theory for the FESA System and the HELT/HELP Components:
HELT (Hydro Electro Lytic Turbine)
Electricity is used to rotate a motor that drives a pump that imparts fluid potential to a liquid. This liquid is used as an input to turn a generator that creates electricity to create HHO in an Open System Loop (OSL) of two closed systems.
It is converted from Electricity > Rotational Moment > Fluid Potential > Rotational Moment > Electricity + Fluid Potential > HHO
Five Conversions in all to reach a fresh energy rich source.
Because the electricity is diverted back through the fluid potential in the opposite closed system, advantages are gained from the interaction of the electricity with the fluid potentials untapped energy stores in this environment namely velocity, pressure and molecular dissociation.
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HELP (Hydro Electro Lytic Pump)
Battery > Motor > Pump + Alternator > HHO
Source > Conversion > Product
Electricity is used to rotate a pump and an alternator with the alternator output terminating in the pump to create a HHO reaction.
It is converted from:
Electricity > Rotational Moment > Electricity + Fluid Potential > HHO
Three Stages in all to reach a fresh energy rich source.
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FESA (Freedom Energy System Architecture)
Electricity is used to create HHO which is combusted to turn a generator that creates electricity to create HHO and so on.
Electricity > HHO > Combustion > Rotational Moment > Electricity
Four Processes in all to reach a fresh energy rich source.
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FESA is a System
HELPA is a System
HELT is a Component (Obsolete)
HELP is a Component
Solid State Dry Cells are a Component
Rotary Engine is a Component
Alternator is a Component
Battery is a Component
Charge Controller is a Component
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If the Architecture developed on the HELP project is applied to the FESA System, Exponential Energy Growth (EEG) will occur in a continuous Open System Loop (OSL).
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Solid State HHO Generators are known variables and can be scientifically proven in AIXRO XR50 experimentation. They benefit from solid design and known Outputs. They have mass and dimension problems at current required Outputs.
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HELP is the final evolution of Solid State HHO Cells but what it saves in space it loses in moving components and unknown Outputs at present. It has advantages in Closed System Crossover (CSC).
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Also the potential for Neodymium Magnets, to be used as spacers, has yet to be explored. Maybe you could wire in a coil and pulse a field(s) with magnetic timing where the plastic spacer used to be
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FESA benefits from highly engineered final product components available off the shelf. HELP requires development.
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Have Fun
RM