A distributed power system, comprising: a first distributed load center having first and second load terminals (46, 48) and including at least a first distributed load, wherein said first distributed load includes at least one load that is selected from a group consisting of a CPU, a memory, a GPU, a HDD, and a DVD drive; a second distributed load center having first and second load terminals and including at least a second distributed load, wherein said second distributed load includes at least one load that is selected from a group consisting of said CPU, said memory, said GPU; said HDD, and said DVD drive configured to communicate with an interface; a first distributed power system that includes a first battery that is connected and is configured to primarily supply power to said first and second load terminals of said first distributed load center; and a second distributed power system that includes a second battery that is connected and is configured to primarily supply power to said first and second load terminals of said second distributed load center, characterized in that said first load terminals of said first and second distributed load are connected to each other and said second load terminals of said first and second distributed load center are connected to each other, said first distributed power system is configured to supply power to said second distributed load center and wherein said second distributed power system is configured to supply power to said first distributed load center, and the distributed power system comprises at least one sensing and protection module adapted to sense current flowing to at least one of said first and second distributed power system, said at least one sensing and protection module being further adapted to selectively control the current flow through at least one of first and second batteries when the current exceeds a predetermined threshold. a first distributed load center having first and second load terminals (46, 48) and including at least a first distributed load, wherein said first distributed load includes at least one load that is selected from a group consisting of a CPU, a memory, a GPU, a HDD, and a DVD drive; a second distributed load center having first and second load terminals and including at least a second distributed load, wherein said second distributed load includes at least one load that is selected from a group consisting of said CPU, said memory, said GPU; said HDD, and said DVD drive configured to communicate with an interface; a first distributed power system that includes a first battery that is connected and is configured to primarily supply power to said first and second load terminals of said first distributed load center; and a second distributed power system that includes a second battery that is connected and is configured to primarily supply power to said first and second load terminals of said second distributed load center, said first load terminals of said first and second distributed load are connected to each other and said second load terminals of said first and second distributed load center are connected to each other, said first distributed power system is configured to supply power to said second distributed load center and wherein said second distributed power system is configured to supply power to said first distributed load center, and the distributed power system comprises at least one sensing and protection module adapted to sense current flowing to at least one of said first and second distributed power system, said at least one sensing and protection module being further adapted to selectively control the current flow through at least one of first and second batteries when the current exceeds a predetermined threshold.