NOVELTY - A wire mesh of corrosion resistant metal is loaded with a mixture of activated carbon. The loaded wire mesh is dried by blowing warm air. The dried wire mesh is kept on sheet of separator material. An acid resistant adhesive is pasted on sheet covering wire mesh edges. The electrode (E2) prepared on the sheet (II) of electrode is placed in opposite direction and sheet (III) of separator is placed on electrode (E2). The structure is folded to form zigzag shape. The adhesive is completely dried to form final structure of zigzag-type ultracapacitor.    USE - Manufacture of electrodes used for manufacture of zig-zag type of ultra capacitor (claimed). Uses include but are not limited to power electrical system, starter system, and power steering in hybrid and electric car.    ADVANTAGE - The method enables efficient and economical manufacture of electrodes having excellent peak current value and capacitance, and provides ultracapacitor having low internal resistance.    DETAILED DESCRIPTION - A wire mesh of corrosion resistant metal is loaded with a mixture of activated carbon, metal oxide and organic solvent like isopropyl alcohol to form slurry. The mixture is mixed thoroughly. The wire mesh is provided with extension without loading and enables electrical connection to wire mesh. The wire mesh has 1000 holes per square inch. The loaded wire mesh is dried by blowing warm air over it without disturbing the loaded mixture. The dried wire mesh is kept on a sheet of separator material, which is resistant to acid and has porosity. The size of the sheet is in excess size than wire mesh. An acid resistant adhesive is pasted on the sheet covering all edges of the wire mesh. A sheet of separator material is placed over the adhesive to cover the wire mesh and the adhesive pasted. The electrode (E2) prepared on the sheet (II) of electrode is placed in opposite direction and sheet (III) of separator is placed on electrode (E2) pasted with an acid resistant adhesive pasted on sheet covering all edges of the wire mesh. The structure is folded to form zigzag shape which involves folding in forward direction and backward direction repeatedly. A pressure of 5kg per square centimeter or more is applied over it and adhesive is completely dried to form final structure of zigzag-type ultracapacitor. The ultracapacitor is soaked in an ionic solution of the electrolyte. INDEPENDENT CLAIMS are included for the following:    (1) manufacture of zig-zag type of ultracapacitor; and    (2) method of using the zig-zag type of ultracapacitor.