XNRGI Inc fka NPWZ

[ShortonCash]

XNRGI (exponential energy)
Dr. Chris D’Couto, President and CEO

Dr. D’Couto brings more than 15 years of sales, marketing, and product development experience to XNRGI. In his previous roles at Intel Corp., Novellus Systems, and FormFactor Inc., he was responsible for introducing new, dynamic products that were critical to the respective company’s success. A primary author of various patents, he has a Ph.D. in chemical engineering from Clarkson University, and an MBA from the Haas School of Business, University California Berkeley.



Paul Sidlo, Co-President and Chief Strategy Officer

Mr. Sidlo is a Nine-time Emmy winner, he has 14 US patents and has been the founder or manager of several internationally recognized technology, energy and design firms, including Tillster and REZN8. His clients have included Intel, Citibank, Microsoft, NVIDIA, ABC, CBS, FOX, NBC, NETFLIX. For Microsoft, Sidlo designed the XBOX UI, Windows XP, Surface, and Microsoft’s Home of the Future.



Dr. Slobodan Petrovic, Vice President of Engineering

Dr. Petrovic is a full professor at the Oregon Institute of Technology in Portland, OR. Prior to that, he was professor at the Arizona State University and he held appointments at Motorola Inc., Neah Power and ClearEdge Power as a Vice President of Engineering.



Derek A. Reiman, Director of Manufacturing

Mr. Reiman has extensive experience in all aspects of XNRGI’s proprietary technology, and has had roles of increasing responsibility in development, manufacturing, process transfer and system development. In his current role as Director of Manufacturing, Mr. Reiman is responsible for the silicon processing, production, cell and stack testing and quality control, and is working with the outsourced manufacturing supply chain to enable world class competitive products.



Michael G. Martin: Vice President, Business Development

For some 20 years, Mr. Martin had served as a partner in both Diamond Capital Partners and Regal Capital, LLC. Mr. Martin has represented companies involved with alternative energy, water purification, and waste-to-energy, alternative composite materials, sports nutrition, homeland security, oncology, fire protection, and other technology fields.



http://xnrgi.com/technology/

has developed the first-ever porous silicon chip based Lithium Metal rechargeable battery technology. XNRGI’s 15 patented technologies and 12 pending patents, were developed over a 15-year period with more than $80-million of investment from Intel, Motorola, Energizer, the United States Navy, and Novellus Systems, among others. XNRGI’s technologies enable scalable, high-volume manufacturing at the industry’s lowest cost, by using existing semiconductor wafer manufacturing and contract assembly which have been perfected in Silicon Valley over the past 20 years. This combination of original technologies and proven manufacturing processes provides XNRGI with an unprecedented manufacturing scale and at a low cost with minimal capex.

COST EFFECTIVE, LOW/NO TOXICITY
Uses 5-8 generation old silicon production equipment
Re-use of older generation equipment
Industry standard chemicals and processes for batteries
Semiconductor industry has very clean record
High volume batch or continuous production
LOW SELF DISCHARGE, LONG SHELF LIFE
Small microscopic cells
Less points for lithium aggregation
LONGLIFE
Large number of pores (‘micro batteries’) allows some failures without system impact
Lithium isolated or contained in ‘wells’ and not ‘intercalated’
Perfectly ordered structure provides repeatable charge / discharge cycles
HIGH ENERGY DENSITY AND LOAD CURRENTS
Large number of pores (‘micro batteries’)
Each pore has high aspect ratio 5-20 um x 400 um, effectively acting as high density battery
Very thin battery embodiments
FAST RECHARGE
Large number of pores (‘micro batteries’)
Each pore effectively acts as a small battery
Charging rate determined by each pore, not full system
SAFE
No intercalation, lithium is safe
Less points for lithium aggregation
Individual cells separated by silicon preventing thermal runaway reactions, and provides containment in the pores
Perfectly ordered structure allows for simpler battery management systems