This invention technology is a light and heat collection technology that would convert solar energy and heat, including from light waves, and from the environment or surroundings around the technology, into electricity. The technology would include photo voltaic cells that are coupled with thermocouple cells, either with thermocouple cells behind the photo voltaic cells, to collect the heat that passes through the photo voltaic cells, or have a cross-work pattern of photo voltaic cells, staggered around thermocouple cells, that connect to microcircuitry, to produce electricity together, with a system that collects the electricity, including a system that can collect electricity from different grids or areas in an array of these two different types of cells, such as if the light or heat is more concentrated in certain areas of the array, with microcontrollers or voltage collection regulation microcontrollers, so that the arrays nor the cells, themselves, are a draw on the electrical system, and so different types of current can be stepped up or stepped down to the appropriate current levels, and also can be converted to the appropriate voltage levels, to ensure that the array or arrays are optimally collecting and distributing or providing power or electricity to the load, such as the battery charging system, or the direct load, such as a vehicle’s or home’s electronics, that is connected to the system.
The cells would be the size of a pixel on a screen, perhaps, that connect to the circuitry management systems through nanocircuitry or microcircuitry, including connecting to various levels or sections assigned to sub-microcontrollers that connect to the main microcontrollers, to optimize the level of control over the voltage and current displacement caused by other parts of the system, when no light or heat is present or exposed to those systems. The main microcontroller would also cut off the system, so the load would not be drawn from when there is no current or voltage from any part or in whole of the array of systems.
This technology could be employed in a new type of body shielding that is indestructible, such as made from new alloys of metals, such as a new type of steel carbonite composite material, that is lighter than aluminum, however, is stronger than steel.