This document outlines a proposed research and development collaboration between Potential Difference Inc. and Siemens. The collaboration would involve two stages: 1) integrating Potential Difference's ReGenX Load Current Delay technology into Siemens' electric machine design software, and 2) using the upgraded software to design, simulate, and construct prototypes of ReGenX generators, motors, and transformers for testing. The goals are to advance technologies for electric power generation, consumption, and electric vehicles. Potential partners for demonstrating and field testing the prototypes are also discussed.

1. Potential +/- Difference Inc.
Research and Development Collaboration
1
A Research and Development collaboration is currently being considered between Potential Difference Inc. and Siemens:
R&D Project Plan:
1) Quantification and Integration: To quantify and integrate the ReGenX Generator’s Load Current
Delay into Siemens Star-CCM+ electric machine design and analysis software.
2) Prototype Construction: To use this upgraded software to design, simulate and construct;
3) ReGenX Generators for electric power generation,
4) ReGen-X Traction Motors for electric vehicles,
5) Bi-Toroid Transformers for electric power generation (step-up transformer),
6) Bi-Toroid Transformers for electric power consumption (step-down transformer).
7) Prototype Demonstration Integration: Identify suitable technology integrator and
integration platform.
8) Prototype Demonstration Field Trials: Test and validate technology performance
under real world conditions.
This R&D collaboration consists of an initial Evaluation Stage 1 and a Technology
Development Stage 2 once the Stage 1 conditions have been satisfied.
Stage 2 consists of integrating the ReGenX Load Current Delay into Siemens STAR CCM+
software and then building and field testing ReGenX Generators, ReGen-X Motors and Bi-
Toroid Transformers.

2. Potential +/- Difference Inc.
Research and Development Collaboration
2
1
ReGenX
Load Current Delay
Quantification
and
Star-CCM+ Software
Integration
2
ReGenX Generator
Design, Simulation
and
Prototype Hardware
Development
for
ELECTRIC POWER
GENERATION
Applications
3
Bi-Toroid Transformer
Design, Simulation
and
Prototype Hardware
Development
for
ELECTRIC POWER
GENERATION
Applications
4
Bi-Toroid Transformer
Design, Simulation
and
Prototype Hardware
Development
for
ELECTRIC POWER
CONSUMPTION
Applications
5
ReGen-X Traction Motor
Design, Simulation
and
Prototype Hardware
Development
for
ELECTRIC VEHICLE
Applications
The ReGenX Coil
incorporates a Load Current
Delay into its operation. The
ReGenX Coil operation
requires integration into
Siemens Star-CCM+
machine design an analysis
software in order to
accurately and efficiently
predict scale up and scale
down of the ReGenX
Generator, Bi-Toroid
Transformer and ReGen-X
Motor technologies.
Design, simulation and
construction of a
ReGenX Generator
which reverses
Generator Armature
Reaction for integration
into various electric
generator platforms.
Design, simulation and
construction of a Step-
Up Bi-Toroid
Transformer which
reverses Generator
Armature Reaction
for integration into
various electric
generator platforms.
Design, simulation and
construction of a Step-
Down Bi-Toroid
Transformer for
electric power
consumption reduction
applications.
Design, simulation and
construction of a ReGen-X EV
Traction Motor which reverses
electric vehicle regenerative
braking for integration into
various electric vehicle
platforms.

3. Potential +/- Difference Inc.
Research and Development Collaboration
3
Project Stage
Estimated
Budget
$
Estimated
Timeline
Hardware
Development
Project Stage
(Possible)
Demonstration
Facilitator
Estimated
Budget
$
Estimated
Timeline
Integration/
Field Testing
1
ReGenX
Load Current Delay
Software Integration
TBD TBD Siemens
TBD
TBD TBD
2
ReGenX Generator
Design, Simulation and Prototype Hardware
Development for ELECTRIC POWER GENERATION
TBD TBD Siemens
GAL Power Systems
WhalePower
TBD TBD
3
Bi-Toroid Transformer
Design, Simulation and Prototype Hardware
Development for ELECTRIC POWER GENERATION
TBD TBD Siemens
Toroid Technologies
GAL Power Systems
TBD TBD
4
Bi-Toroid Transformer
Design, Simulation and Prototype Hardware
Development for ELECTRIC POWER CONSUMPTION
2.5M TBD Siemens
Toroid Technologies
CyberNorth Ventures
2.5M TBD
5
ReGen-X Traction Motor
Design, Simulation and Prototype Hardware
Development for ELECTRIC VEHICLE Applications
TBD TBD Siemens
Toroid Technologies
TBD
EV Integrator
TBD TBD

4. Potential +/- Difference Inc.
Research and Development Collaboration
4
Notes: