About Us
Solar meta-systems is dedicated to the design development of alternative energy resources, engines and power-train applications based upon a solar-hydrogen energy platform. It is our conclusion that a solar-hydrogen energy platform is the only viable long-term source of energy that is suitable for long-term human adaptation. Much more solar energy reaches the earth in a day than is consumed by the United States in an entire year. All other alternative fuel sources that are carbon-based are unsuitable to long-term human adaptation for a variety of interrelated reasons. We therefore actively promote from a boot-strap operation the design and development of solar-hydrogen energy systems within a wide range of possible application. We are designing and developing a meta-system energy platform as a demonstration project and prototype for integrated uses of alternative energy systems.
The future development of human civilization depends upon the realization of a newer, more vigorous energy platform with a larger capacity and less rapacious character than our current fossil-fuel dependent system. The abundance and availability of cheap non-centralized energy, globally distributed, will revolutionize the development of human civilization far beyond its current capacities. Systems teleology demands the implementation of this general line of development.
Solar Meta-Systems is a subsystem framework of Lewis Meta-systems, offering a forum for the experimental and applied development of new engineering designs relating to alternative energy utilization based upon a solar-hydrogen energy platform, and involving strategies for the implementation of integrated and distributed energy systems within a global framework.
We seek design innovation upon multiple levels of articulation of infrastructural systems:
1. Solar-Hydrogen Energy Supply/Storage Systems
2. Sea, Land & Space Transportation Network Systems
3. Basic Architectural and Landscape Construction Systems
4. Hydraulic Network Systems
5. Extended Biotronic & Metacultural Systems