NOVELTY - The system has an interconnect circuit integrated onto a back sheet for interconnecting a set of solar cells (120) to provide an array of individually addressable solar cells. A control circuit is coupled to the interconnect circuit for coupling or excluding an output of the solar cells through the interconnect circuit. A monitoring circuit is arranged on the back sheet, where the monitoring circuit is coupled to the interconnect circuit for monitoring conditions e.g. temperature conditions, at the individually addressable solar cells.    USE - System for configuring and re-configuring solar cells integrated on a back sheet of a solar power system. Uses include but are not limited to a solar cell level monitoring application, solar cell level reconfiguring application, data logging of solar cell characteristics application, in-situ testing of solar cells during manufacturing process, and intelligent cleaning system application for the solar power system.    ADVANTAGE - The back sheet avoids tabbing and stringing process during manufacturing of the solar modules, thus eliminating usage of the tabbing and stringing equipment during manufacturing the back sheet and tiled solar cells, and hence reducing cost of the system. The solar power system is easy to transport in a simple and cost effective manner eliminating usage of large format glass layer. The tiled solar cell can be packaged into a container, so that the system is light in weight and needs less number of wiring due to less or no direct current (DC) cables for interconnections in the solar cells. The back sheet can comprise variety of lengths or sizes, so that the system can be implemented with various numbers of tiled solar cells. The system provides higher packing density. The back sheet and/or tiled solar cells can be placed onto land with varying dimensions or on curved contours, so that the back sheet with tiled solar cells provides more flexibility in mounting the solar power system on different types of surfaces or land, thus increasing ground coverage ratio. The tiled solar cells can be easily dismounted from mechanical holders attached to the back sheet, so that the tiled solar cells can be easily replaced and maintained, thus providing a more robust and efficient system. The system arrangement optimizes solar cell string performance to maximum power point tracker (MPPT), match voltage specifications, and re-build the solar cell strings to avoid the negative impact of shaded, soiled, or degraded solar cells.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a method for configuring and re-configuring solar cells integrated on a back sheet.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a solar power system comprising a string of solar cells.    Pins (101-103)    Bus lines (104-106)    Junction box (110)    Solar cells (120)    Traces (121)