High transistor for mable solar panels by means of low-dimensional quanta electronics systems

摘要

Solar panels must be wired in such a way that a reasonable effective charging voltage as a whole is formed by charge carrier collection in a solar cell element / capacitor whose " dielectric " of a switchable and which can be regulated effective dielectric - constant - equivalent in particular by quanta has electronic effects in arrays of 1 - dim quanta the wires in an insulating layer are embedded in parallel, vertically -. The dielelektrikums - equivalent, by external fields (b, e, a, acoustic phonons, plasmons, polaritons, etc.) in its dielectric dispersion - function, are regulated and controlled, such as all of the low dimensional quanta electronic systems and can also not - linear effects by dynamically be influenced, for example due to intensive light radiation of the non-linear interacts with all other effects and can even be sensitive to light and for producing a solar voltage by charge carrier separation / - generating along the 1 - dim. Quantum wires via contribute to light irradiation or as a virtually loss-free voltage high trans the form of design similar to a cascade function alvarez - cascade. In this case, the (clocked) transverse connection with the series circuit of the solar cells capacitor components (or of capacitor elements alone for general almost verlustreie voltage high trans the form of design analogous to a conventional " switching power supplies ") a or b or a and b via a switchable very good conductors, such as, for example, graph layer - the ribbon cable is realized.