solar light

Solar light source encodes the energy of incident solar radiation at each spatial scale of the physical scene of interest; this is in contrast to a PV array with light-collecting slits that provides the light energy for transmission to the collector.


Since this photovoltaic cell was designed to be used on an open-air rooftop, the ability to change the light intensity at different spatial scales of the rooftop has been a major advantage.

Since individual light sources are aligned to their respective points of incidence, the energy emitted by the light sources is perpendicular to the slits.

This is in contrast to the solar panels seen in most solar systems on the ground, whose angle of incidence is parallel to the direction of the sun.

The use of solar cells as a photo-insulator-transformer has been proposed.

The input to this converter is the output of a PV array.

The output can then be used as direct current (DC) to power the building or it can be converted to alternating current (AC) by a rectifier and sent to a distribution system (the type of system used for the vast majority of domestic electrical loads).

The base of a thermal energy storage (BESS) structure uses the power produced by the photovoltaic cells to heat a fluid that can then be used to heat the water or other liquid directly.

This is much simpler than an external coal boiler, which uses a high level of fuel consumption.

This system could also use waste water.

The photovoltaic system could also provide a load-balancing service for the building, so that all of the solar generation can be used when sunlight is available, and the PV system is shut down when less solar is available.

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