Abstract: A high-voltage capacitor is used to transmit energy and has an insulator housing, wherein at least two serially connected capacitors, which are mounted in parallel, are arranged. Said capacitors are made of, respectively, a serial connection of individual capacitors which are embodied as stackable capacitor elements. The resulting high-voltage capacitor is compact and economical. Each capacitor element comprises several individual capacitors which are maintained in an isolated manner, whereby the number corresponds to the number of serially connected capacitors, such that said serially connected capacitors are formed by one stack of capacitor elements.

Abstract: A bushing for a high electric voltage has a casing through which a central conductor is passed so that it is electrically insulated. Conducting liners spaced a distance apart are arranged concentrically around the central conductor, a combination which functions as a dielectric and is composed of one layer of film and one layer of a nonwoven being provided between the liners. The film and the nonwoven material are each made of plastic, so their water content is very low, and therefore the drying time in manufacturing of the bushing is shortened.