Serial connection of additional sources of direct current to equalize the voltage in a circuit when the load is increased

A system for the serial connection of additional sources of direct current to equalize the voltage level in the system when a load is increased, the system comprising:

• at least one memory that stores computer-executable instructions;
• at least one display;
• and
• at least one processor configured to access the at least one memory and execute the computer-executable instructions to:
• plug in a first load B1 between a positive terminal and a negative terminal of an original direct current source using one or more wires, while respecting the polarities, wherein a first wire of the one or more wires is attached into a negative terminal of the original direct current source is a common negative wire, and wherein a second wire of the one or more wires is hooked into a positive terminal of the original direct current source is a common positive wire;
• use a first additional direct current source to equalize voltage levels when plugging in a load that exceeds a utilized nominal power of the original direct current source and plugging in the negative terminal of the first additional direct current source to the positive terminal of the original direct current source, wherein the original direct current source and the first additional direct current source form a first group of sources, wherein the negative terminal of the original direct current source and the positive terminal of the first additional direct current source are the outputs of the first group of sources;
• plug in a second load B2 between the common positive wire and the common negative wire, while plugging in the positive terminal of the first formed group of sources to the common positive wire at a point of connection of the second load B2;
• use a second additional direct current source to equalize the voltage levels in the system when plugging in a load that exceeds the utilized nominal power of the first group of sources, and plugging in a negative terminal of the second direct current source to the positive terminal of the first additional direct current source, wherein the original direct current source, the first additional direct current source, and the second direct current source form a second group of direct current sources, in which the negative terminal of the original direct current source and the positive terminal of the second additional direct current source are outputs of the second formed group of sources;
• plug in a third load B3 between the common positive wire and the common negative wire, in which the positive terminal of the second formed group is plugged into the common positive wire at the point of connection of the third load;
• plug in a K additional direct current source to equalize the voltage levels in the system when plugging in a load that exceeds a nominal power of the group of sources (K-1) that is utilized, and plugging a negative terminal of the K additional direct current source into a positive terminal (K-1) of the additional direct current source, wherein the original direct current source, the first additional direct current source, the second direct current source, and the K additional direct current sources form the K group of sources, and wherein the negative terminal of the original direct current source and a positive pole of the K additional direct current source are outputs of the K formed group of sources;
• and
• plug in an N load BN between the common positive and the common negative wires, while plugging the positive terminal of the K formed group of direct current sources into a common positive wire at the point of connection of the N load.