Abstract: Some geographies have tide ranges above 15 yards, but most do not. The wider the tide range, the more hydroelectric power can be generated per cycle of low tide to high tide and then high tide to low tide, using a tidal barrage. Methods of raising the high tide above the measured level to fill the storage ponds to an even higher level and a method to empty the storage ponds to a lower than low tide level, provide means to expand the tide range significantly, enabling many more planet geographies to have economically feasible hydroelectric power.

Abstract: An apparatus for generating electricity using an optical fiber cable light source and for directing the electricity to an electrical circuit configured to be coupled with an electric utility's electric grid. The apparatus includes an enclosure having an input configured to be coupled with the light source for directing light into the enclosure. The apparatus further includes a photovoltaic module contained within the enclosure and configured to generate electricity from the light. The apparatus further includes an electrical output cable coupled with the photovoltaic module and configured to be coupled with the electrical circuit.

Abstract: Where one or more flash NAND devices are in an array where bit error recovery resolution is available, the controller can log what pages have had what degree of fails, and program a Replace Bad Page function to replace the bad page with a new page from another new die as needed. The Replace Bad Page function with logic blocks, content addressable memory and RAM, once programmed, provides the means to know when a bad page is being accessed and displaces this access with access to the new page, with no change in overall page access function or performance.

Abstract: An apparatus for generating electricity using an optical fiber cable light source and for directing the electricity to an electrical circuit configured to be coupled with an electric utility's electric grid. The apparatus includes an enclosure having an input configured to be coupled with the light source for directing light into the enclosure. The apparatus further includes a photovoltaic module contained within the enclosure and configured to generate electricity from the light. The apparatus further includes an electrical output cable coupled with the photovoltaic module and configured to be coupled with the electrical circuit.