- Invented the Arc Fault Circuit Breaker (now required in new-home construction)
- Invented an electrical wiring tester
- Invented a food dehydrator
- Hired by Pentagon to identify cause of B1 bomber crashes
- Hired by GM to identify and fix arcing problem with Volt electric cars
- Invented and developed an offline laser repair process
- Founded an Automatic Test Equipment (ATE) company that grew to $6 million in sales in five years
The solution for truly efficient wind power is on the horizon.
Welcome to a new age in renewable energy—a world where the output of wind power is dramatically increased, making it the first truly profitable wind energy source.
Introducing 3-Dimensional Wind Harvesting
G Sharp Labs is forging the future of electric power generation with a revolutionary wind harvesting technology... 3 Dimensional - Wind Power (3D-WP). This propriety technology reinvents the windmill and produces staggering energy outputs. A 3D-WP harvesting device rotates very slowly, is environment friendly and maintains a low vertical landscape profile.
Wind Turbine vs. 3D Wind Power @ 40 mph winds
Single Unit Comparison
2 Mega Watt Wind Turbine
- 1 Generator (2 MW)
- 1 Rotor
- 2 Mega Watts of Power
3D Wind Power
- 20 Generators (1 MW each)
- 8 Rotors
- 16 Mega Watts of Power
100 Acre Comparison
- In 100 acre 3DWP can install 10 units vs. 1 unit for Wind Turbines
- Which means 3DWP produces 163 MW vs. 2 MW for Wind Turbines
A History of Technological Innovation
G Sharp Labs founder George A. Spencer has a long career of building companies and inventing new technologies.
July 5, 2019
Is Bigger Better?
IS A BIGGER WIND TURBINE BETTER? Wind Recovery Explained…. Have you ever stuck your hand out of a moving car window and felt the force of the wind against your palm? Now imagine if you placed your palm against the exterior side mirror so the mirror shielded your hand from the wind. Now slowly…
June 26, 2019
Nuclear Versus Wind Power
Can Wind Power ever compete with Nuclear Power? To answer this question, we will identify the current technologies used in both energy markets, and then compare the power capacity numbers, land utilization (Megawatts per acre), and installation dollars associated with both. *NOTE: When comparing the two technologies we are only evaluating power outcomes. Factors such…