An Extraordinary Energy Technology Has Been Developed

THE INVENTOR
I reside in Winnipeg, Manitoba, Canada. My academic training is in Aerospace Engineering and Electronics Engineering Technology. My work background is in aviation where I have worked for 30 plus years. I am the sole inventor of the technology.

New Energy Approach: This technology is a new approach to solve an old problem and was developed by thinking out side of the box. A new and creative theory for energy extraction was conceived and developed using standard physics. There is no magic, just a lot of hard work, problem solving and total objectivity through the scientific method.

The Future of Energy: This technology will be the foundation for a new Energy Industry that is 100% man made, inexpensive and will provide everyone with a clean and renewable energy source. The technology is not fiction – it is real.

3 KEY CHARACTERISTICS OF THE TECHNOLOGY
1 – Energy Ratio = 1.539 >> 1 (very extraordinary)
The Energy Ratio is the most critical characteristic of the technology. This ratio represents the efficiency of the technology. To help the reader get an understanding of the significance of the Energy Ratio, we will look at the following everyday example.

Everyday Example: An internal combustion engine (your cars gas motor) has a thermal efficiency of between 30% – 35%. So, when your motor burns gasoline, only 30% – 35% of the total energy produced is used to power your car. The rest of the energy 65% – 70% is wasted as heat and friction in the motor. This results in an Energy Ratio = 0.30 to 0.35; not very good.

In a perfect case where your car motor could use 100% of the energy made from burning gasoline in it, would give an Energy Ratio = 1.0 which is equal to 1 or 100% efficient.

Actual Energy Ratio: This value is calculated as follows:

• Equation: Energy Ratio = (Sum of Positive Work)/ (Sum of Negative work) units are in kg*cm
• Actual: Energy Ratio = (0.3566 kg*cm/0.0232 kg*cm) = 1.539 >> 1

2 – Energy Cycle is in One Axis Only
The Energy Cycle takes place in only one axis. This critical characteristic permits the technology to be applied in a rotary plurality where mechanical output (kg*cm) is proportional to RPM. Thus, the technology is scalable in a rotational plurality.

3 – Model for Development.
The lab apparatus is considered to be the basic design model for development. Thus the Buyer will have a clear understanding of how the technology can be configured for development and commercial use.

TARGET MARKET

• The global energy market is estimated to be worth around $10T (USD); so, there is no shortage of a market for the technology.
• Assuming the technology can capture 5% of this market over a 5-year period, would yield a gross annual revenue of approximately $85B (USD). The target energy market includes;
  • Large Data Centers
  • Static Structures (commercial manufacturing plants, residential buildings)
  • Electrical Power Plants
  • Space – Satellites & Space Stations
  • Transportation

Industry Example: Below is an example calculation to give you an idea of the technology’s potential when the technology is arranged in a multiple of rotational pluralities.

RPM = 2,301 Output = 5.08 hp Magnet volume = 1,457 in3 Cost = $3,190.85 (magnets cost)

Performance Improvement: The technology can be further developed to give a higher Yield; my resources are limited, so I could not do further optimizations of the core technology. However, I can provide guidance and advice in this regard if needed.

IMPORTANT ASPECTS OF THE TECHNOLOGY
The following bullets describe other important aspects of the technology.

• The technology derives energy solely from a 2-inch cubic volume of class 8, Ferrite Ceramic permanent magnetic material.
• There is no other internal or external energy in the technology other than the Duplex-Permanent Magnet Matrix.
• The inventor’s claims are 100% proven with data measured in the lab.
• The technology’s output is mechanical work (kg*cm).
• As previously mentioned, the technology as configured in the lab apparatus is the basic model for commercial development.

ENERGY CALCULATIONS
The calculations in the following bullets were made using measured data and are empirical proof of the technology’s performance. Note: Units of Energy (work) is in units of kg*cm.

• Equation for Energy Ratio = (Sum Positive work)/(Sum Negative work)
  Actual Energy Ratio = (0.0356 kg*cm)/(0.0232 kg*cm) = 1.539 >>1
• Equation for Energy Yield = Work/2-inch cubic volume of permanent magnet
  Actual Energy Yield = 0.0125 kg*cm/2-inch cubic volume of permanent magnet
• Equation for Energy Utilization Efficiency = (Sum Positive work – Sum Negative work)/(Sum Positive work
  Actual Energy Utilization Efficiency = (0.0356 kg*cm – 0.0232 kg*cm)/ (0.0356 kg*cm) = 0.35 (or 35.0%). This calculation defines the % of The Total Positive work available for extraction (utility).

ENERGY CALCULATIONS – METHODS
All calculations for the above paragraphs were made using standard and well accepted methods and are fully detailed in the following bullets:

• Using regression software, 3 data points at a time were regressed using Quadratic Equation with settings; function must pass through data points, correlation coefficient =1, coefficient of correlation = 1 and average relative error = 0%.
• The quadratic equation for each of the 3 data points (i.e. data points a, b and c, then c, d, e… etc.) were determined for entire data set.
• Each of the regressed quadratic equations were then integrated and the area under the curve (work = energy) calculated 3 points at a time for the entire data set.
• These areas were summed accordingly to determine the Total Positive area and the Total Negative area for the entire data set (one energy cycle).
• Using these area calculations, the Energy Ratio, Energy Yield and Energy Utilization Efficiency were done.
• All of the above calculations are on a spreadsheet and of course, will be made available for inspection and validation by the Buyer. The Buyer will also have access to the Regression software.

LAB APPARATUS
The lab apparatus is very simple and has been designed such that all sources of geometric variation have been eliminated. Force measurements were taken in the one axis of movement.

The Force gauge used was a Torbal FB10. As a control, a Torbal FB5 was used to verify measurement validity and accuracy. A ruler with divisions of 1 mm was also used. Measurements were taken every mm.

CONTRACT CONDITIONS
I suggest the conditions of sale be structured as detailed below in paragraphs A., B. and C.

1. Energy Ratio = (Sum Positive work)/(Sum Negative work)
2. Energy Yield = (Sum Positive work – Sum Negative work) kg*cm/2-inch cubic volume of permanent magnet
3. Energy Utilization Efficiency = (Sum Positive work – Sum Negative work)/(Sum Positive work)

B. ENERGY PERFORMANCE CONFIRMATION BY BUYER
The Buyer’s Team (Engineer(s)) will then compare the Buyers Calculations made in paragraph A. for Energy Ratio, Energy Yield and Energy Utilization Efficiency, to the 3 performance claims made by the Inventor listed below:
1. Energy Ratio = (0.0356 kg*cm)/(0.0232 kg*cm) = 1.539 +/- 0.8%
2. Energy Yield = 0.0125 kg*cm/2-inch cubic volume of permanent magnet +/- 0.8%
3. Energy Utilization Efficiency = (0.0356 kg*cm – 0.0232 kg*cm)/(0.0356 kg*cm) = 0.35 (or 35.0%) +/- 0.8%

C. NON-PERFORMANCE AND REFUND
In the event the Buyer’s calculations in paragraph A., do not meet my performance claims as stated in paragraph B., then any funds made towards the purchase of the technology, are to be returned to the Buyer.

BUYERS RISK VS REWARD
Risk – What does the Buyer risk? The cost of sending a couple Engineers to evaluate the Technology.
Reward – The Buyer secures a new major energy technology that will be developed and capture a very large part of a market worth trillions of dollars. Being first in the market with this technology is priceless; you will have a year or so up on any competitors and have submitted suitable patents to protect your technology.

PURCHASE CONTRACT – SUGGESTED PRICE AND PAYMENT STRUCTURE

• My preference would be for the full price be paid up front under the conditions indicated in A., B. and C. above.
• In the event my technology does not meet what I have claimed, then the Inventor (me) must return all funds to the Buyer.
• These conditions in the contract provide the Buyer assurance funds will be properly returned if the Inventors claims are not met, and, protects the Inventor from the Buyer walking away with the details of the technology at no cost.

PURCHASE PROPOSALS
Serious Proposals/Queries for purchase of the technology can be submitted by email to:

physicseng01@gmail.com

BUYER – IDENTITY CONFIRMATION
Before I respond to your e-mail, I will need to first confirm who you are and that you are a valid/potential Buyer (all information will be treated confidentially).
Please provide the following information;

• Your e-mail address at the Company you work for
• Full Name of the Company you work at/represent
• Full address of your company’s head Office
• Your title/position at the company
• Your full name
• Your Head Office phone number

Thank you