NOVELTY - Water power cell, i.e. Kinnam water cell comprises pairs of cells. Each cell is made of six stainless steel (food grade) cylinders surrounded by and surrounding other cylinders of the same material. The pair of cells comprises the weak and strong cells. The weak cell has concentric pipe surrounding the central. The pipes of strong cell are surrounded by an additional pipe. The weak cell is made of stainless steel mesh.    USE - The invention is useful in supplying mechanical power in automotive engines.    ADVANTAGE - The invention requires no physical opening between the output of the energy cell and the interior of the engine. It shows that the power can increase about 10%, while the waste exhaust gases reduce greater than 50%, and fuel consumption drops by 40%. It does not need to change the motor's mechanism, but simply attach the outlet of the Kinnam Cell to it by a hose or pipe so that the engine adapts itself to completely absorb the input energy after some time. It allows the device to operate while the temperature is quite low, therefore the mechanical life lasts longer and water energy itself also does not have many waste gases (claimed).    DETAILED DESCRIPTION - Water power cell, i.e. Kinnam water cell comprises pairs of cells. Each cell is made of six stainless steel (food grade) cylinders surrounded by and surrounding other cylinders of the same material. The pair of cells comprises the weak and strong cells. The weak cell has concentric pipe surrounding the central. The pipes of strong cell are surrounded by an additional pipe. The central pipe stands alone. The weak cell is made of stainless steel mesh. The strong cell is made of solid stainless steel. Each of the pair is contained within a polyvinyl chloride or similar plastic housing. The cylinders of the cells are connected to a common electrical source. The housings can also be connected via smaller storage buffer tank at their base. The storage buffer tank is used to shunt/shuffle or regulate charged water between the two sides and is joined at their top exit points via outlet tubes.    DESCRIPTION OF DRAWING(S) - The figure shows the Kinnam water power cell.