Abstract: A thermoelectric collector generates electricity from solar energy which may be stored or used for various applications. In general, the collector utilizes a high density thermopile to generate electricity. The thermoelectric collector may be configured to heat the high density thermopile at one end and cool another end to establish a thermal gradient. This temperature gradient generates electricity. The high density thermopile provides numerous advantages including a generally solid structure which lends itself to the creation of a thermal gradient, and ruggedness for outdoor applications. In addition, the stacked arrangement of the high density thermopile's components allows for high efficiency as well as easy maintenance and adjustability of electrical output capacity. Further, the high density thermopile may be shaped in various ways due to its novel configuration. In one embodiment, the high density thermopile may form a solar collector to direct heat towards itself.

Abstract: A hydrogen generation and storage system provides energy storage and energy production through use of hydrogen. The system may comprise a hydrogen generation subsystem and a storage subsystem. Typically, the system will be powered by a renewable or environmentally friendly electrical source, such as wind, solar, geothermal, hydroelectric, or wave energy. The stored hydrogen may automatically be used to supplement electrical output, such as to meet demand for electricity.