NOVELTY - The method involves providing a ceramic powder comprising ceramic powder particles. The ceramic powder particles are coated with a high-dielectric material layer, where the high dielectric material layer comprises a material different from the ceramic powder. The high dielectric breakdown material is applied using a wet-chemical process, and the dielectric breakdown material is calcinated to form a ceramic material.    USE - Used for averaging electrical power of an internal-combustion-engine (ICE) powered vehicle.    ADVANTAGE - The method reduces the number of power generating stations required and the charging energy from alternative sources, eliminates degradation of electrical-energy-storage unit specifications, rapidly charges the storage unit without damaging the ceramic powder particles or reducing its life.    DETAILED DESCRIPTION - The ceramic powder is a composition modified barium titanate powder.    Coating of the ceramic powder particles with at least one high-dielectric material layer further comprises: coating the ceramic powder particles with a first high dielectric breakdown material to form singly coated ceramic powder particles; and coating the singly coated ceramic powder particles with a second high dielectric breakdown material to form doubly coated ceramic powder particles.    Coating the ceramic powder particles with a first high dielectric breakdown material further comprises: applying the first high dielectric breakdown material using a wet-chemical process; and calcining the first high dielectric breakdown material to form a ceramic material.    The wet chemical process further comprises an aluminum nitrate nonahydrate precursor, and the calcining converts the precursor to alumina.    Calcining further comprises calcining the first high dielectric breakdown material at a temperature of approximately 1050degreesC.    Coating the singly coated ceramic powder particles with a second high dielectric breakdown material further comprises: applying the second high dielectric breakdown material using a wet-chemical process; and calcining the second high dielectric breakdown material to form a glass material.    The wet chemical process further comprises at least one of: a calcium methoxide precursor, a calcium isopropoxide precursor, a magnesium methoxide precursor, a magnesium ethoxide precursor, an aluminum ethoxide precursor, an aluminum isopropoxide precursor, and aluminum butoxide precursor, and a tetraethyl orthosilicate precursor.    The wet chemical process further comprises providing the at least one precursor in ethanol.    The glass material is a calcium magnesium aluminosilicate glass.    Calcining further comprises calcining the second high dielectric breakdown material at a temperature of below a strain point of the glass material.    INDEPENDENT CLAIMS are also included for the following:    (a) an article of manufacture comprising high-permittivity ceramic powder particles coated with a layer of high dielectric breakdown material    (b) an apparatus for averaging electrical power of an internal-combustion-engine (ICE) powered vehicle.    DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a double-layer array with copper array connecting nickel bars.    Nickel bars (18)