Novel self-healing low-voltage capacitor
A capacitor and self-healing technology, applied in the field of new self-healing low-voltage capacitors, can solve the problems of lack of adaptability and safety, and achieve the effect of improving maintainability, reducing recycling costs and environmental costs, and not easily damaged.
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[0032] Example: by figure 1 Connect the circuit in the wiring schematic diagram, make a capacitor unit by connecting the wrapped capacitor in series with a protective fuse (temperature-controlled type) and lead wires, and place the prepared capacitor unit in the element housing 1 (see Figure 2-3 ), the components are packaged with solid impregnated materials at room temperature, and made into the smallest dry capacitor monomer, with a mandrel in the middle, which is a hollow structure and can be cooled by air and other gases.
[0033] Each capacitor unit forms an array (such as 4x8, 5x8, etc.) plane by inserting cards, and then forms a multi-level frame structure through the special mandrel connection of each unit to form a stable structure, such as Figure 4 Shown; each capacitor monomer is connected in series and parallel with flexible wires or copper bars to lead out and reserve.
[0034] The capacitor bank formed into a stable structure is moved into the capacitor case 2...
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