NOVELTY - The bulb or flashlight is used in the production of the electricity, which are called as photovoltaic cells, instead of using the solar panels as solar means from sun. By using two photovoltaic cells each giving 6 volts output packed in a box, such that the photovoltaic cells are opposite to each other having gap between them. In the gap, a 3.7 volt high intensity bulb or flashlight giving white florescent light is placed, such that the photons or light can reflect both the photovoltaic cells surface and produce 6 volts from each photovoltaic cells, if it does not output accurate 6 volts means it outputs 3 volts or 4 volts then 12 volts photovoltaic cells are used to output 6 volts to 7 volts. Now the two 3.7 volts lithium-ion batteries are used. Assume battery (l) and battery (2). Charge battery (l) fully (100%) and leave battery (2) empty (0 %). Now join the bulb or flashlight with the help of wires to charged battery (l). Now join the empty battery (2) to the photovoltaic cell (2) in the box with the help of wires put a blocking diode between so that the empty battery could get charged by photovoltaic cell (2). Put a switch, such that the position of the batteries is changed. Now when the bulb or flashlight glows with the help of battery (1) both the photovoltaic cells produce 6 volts each the photovoltaic cell (2) is charged battery (2). Photovoltaic cells (1) outputs 6 volt as output. For continuous output the switch means is used, when battery (1) gets empty by the use of the bulb or flashlight battery (1) get charged by photovoltaic cell (2) and then battery (2) is used to glow a bulb and battery (1) gets charged with the help of photovoltaic cell (2) continuing the process, the photovoltaic cell (1) outputs 6 volts output continuously, so current or electricity is produced with no cost by different volts of photovoltaic cells and batteries which can be use to work devices using direct current continuously. For alternative current inverters are used. Image 0/2