Systems, circuits and methods for an interconnect fabric with programmable circuit routes for configuring solar cell strings

A switch fabric in a solar power system architecture comprising:

• a plurality of electrical contacts for electrically coupling a plurality of solar cells;
• at least two solar cell strings, and wherein a solar cell string comprises a conductor for electrically coupling the plurality of solar cells in series;
• a plurality of switches for individually addressing the plurality of solar cells;
• a programmable interconnect fabric comprising programmable circuit routes for selectively interconnecting an electrical contact of a selected one solar cell to one solar cell string;
• and
• a control system to control the programmable circuit routes;
• a plurality of converters for converting Direct Current (DC) into Alternating Current (AC);
• at least one sensor for sensing an environmental condition at each solar cell in the plurality of solar cells;
• one weather sensor for indicating a cloud sensor in a vicinity of each solar cell;
• at least one embedded chip for implementing different types of switch configurations for the programmable circuit routes;
• a row selector and a column selector for controlling the switches to select an individual solar cell, and wherein the row selector enables a row of cell tiles and wherein the column selector samples an output of one solar cell of the enabled row;
• wherein the plurality of switches comprise a plurality of active devices constructed on the plurality of solar cells, and wherein the programmable interconnect fabric is configured to extract data from a plurality of sensors constructed on the plurality of solar cells;
• wherein the embedded chip comprises a routing functionality to allow a series connection through the plurality of solar cells, bypass a solar cell, and/or bypass a solar cell and re-route the energy from the bypassed solar cell to a parallel bus;
• wherein each switch from among the plurality of switches comprises a pair of routing segments, wherein each switch is programmed to be placed in an ON state upon coupling a routing segment to another routing segment by allowing energy or current to flow between the pair of routing segments, and wherein each switch is placed in an OFF state, when the pair of routing segments are not connected to one another;
• and
• wherein a column selector implements a clocking scheme for walking through each solar cell of a selected solar cell row, measuring the voltage and/or current of each solar cell, and then transmitting the voltage and/or current data and/or solar cell address to a processing unit.