The mission of our energy engineering team is to develop and deliver leading energy production and storage technologywhich is the most efficient, cost-effective and common-connection compliant available in the world. Our systems are designed to enable us to return the maximum value tocustomers and shareholders. We are committed to providing energy independence for each user of our products. Our patents, trade secrets, experience and know-how are unique in the world.
A key patented product is a single box which makes, stores, releases, processes and transports energy for home or work with minimal, if any, tasking of the grid. It achieved a commanding leadership market position, in a better way than any related solution, because of our engineering, nanotechnology breakthroughs and our patent barricades. This device is like the 'Cuisinart of Energy.' We have built and demonstrated multiple working versions of the system for Congress, National labs, and major partners.
There are a few ways to store energy: 1) pressurized gas, 2) freezing liquid, 3) inert solid in anon-pressurized state. The global national government energy agencies, the global auto and insurance industry, and key industrysegments have decreed that inert solid in a non-pressurized state is the clearly preferred method.
We hold issued patents and exclusive engineering designs on many key embodiment configurations of this preferredsolid-state energy solution. Due to a number of breakthroughs in the last two years, contrary to previous presumptions, energy can now bemade from the water, sun and wind at your home or work for less cost, greater efficiency, less toxicity and less challenge to the grid than anyother energy carrier. Our products combine energy production, storage, transport and distribution in one system so that the entireenergy solution is contained and cannot be blockaded by competitors. Our products optimize efficiency and provide a rapid time-to-market as they require no new infrastructure build-outs.
It is essential to appreciate that a review of this technology is not a review of one technology over another because our system is chemistry-agnostic and can use ANY energy storage compound and still be covered by our patents. The aerospace and defense industry has demonstrated that this IS the chosen technology for the those seeking energy independence,green energy and sustainable energy. There are tens of thousands of third party technical papers by the most prestigious universities,government researchers and industry technologists, that can be easily accessed online, to describe this technology as it is so seminal. Inaddition to the IP stronghold on the technology, to date, hundreds of millions of dollars has been expended on optimization bygovernment and industry development organizations.
Our team has identified a shortlist of chemical compounds which could break the energy deployment log-jam for energy storage for volumemarkets.
One of our key designs systems enables organic-fuel-powered applications such as, backup generators, hybrid vehicles and portable electronics toovercome the current lack of infrastructure and in turn accelerate market adoption. Our technology is able to supportexisting distribution models or provide it’s own disruptive distribution model much like “Netflix™ did for the videoindustry.
Our team was the first to introduce a standardized platform that links these types of applications to the existing supply infrastructure in a scalable, cost effective manner. We executed on a contract for The United States Government which was direct funding from the U.S. Department of Energy to support research on storage technologies and built multiple working prototypes.
We have patent coverage to use various chemistries (e.g., metal hydrides, slurries or liquids) to absorb gas, much like a sponge absorbs water. During this ‘absorption’ process, the gas is condensed, becomes inert and can be safely transported within our devices. Our fuel cassettes, using any known chemistry, are designed to be exchanged when empty, similar to changing a battery. It is rechargeable and can store many times the energy contained in a standard lead-acid battery or pressurized gas cylinder. This exchangeable methodology ensures broad adoption due to its ease of use and provides developers with a readily available solution to supplying fuel to mobile systems. In addition, the flexibility to use different chemistries within the cassette supports its adoption across multiple applications having different performance requirements such storage capacity, size and weight. The system incorporates the production of energy on-board, the storage of energy in a solid state, the release of energy and the production of that storage media into electricity, all in one system which is modular and scalable. Energy production from water can now be delivered efficiently due to nano technology optimization of traditional production components.
FOR SALE: ISSUED FEDERAL ENERGY PATENTS AND TRADE SECRETS FOR POWERING TOYOTA MIRAI, HONDA CLARITY, BMW FUEL CELL CARS THAT ARE ON-THE-ROAD TODAY! ENGINEERING PAPERS AND DESIGN FOR MANUFACTURING AVAILABLE. READ THE PATENTS AT THE UNITED STATES PATENT OFFICE LINKS, BELOW:
Additional patents and intellectual property available. Please read the patents at the U.S. Patent Office website at http://www.uspto.gov
FEATURED IN GLOBAL MEDIA COVERAGE AND CONGRESSIONAL REPORTS:
ENGINEERING PROVEN BY MULTIPLE MANUFACTURERS:
ENGINEERING PROVEN BY MULTIPLE MANUFACTURERS:
Installed in a Toyota Prius:
OUR CHEMISTRY COMPOUNDS BEAT EVERY COMPETITOR AT THE TIME:
ENERGY STORAGE THAT BEAT THE RANGE AND STORAGE CAPACITY OF EVERY OTHER COMPETING SOLUTION: