High-toughness low-impedance structural energy storage component and forming method thereof

The invention provides a high-toughness low-impedance structural energy storage component and a forming method thereof. The high-toughness low-impedance structural energy storage component comprises positive carbon fibers, delignification bamboo or wood, negative carbon fibers, electrolyte and structural resin, the delignified bamboo wood or wood is obtained by bleaching bamboo wood and wood with chlorine and then delignifying; laying each layer according to the sequence of the positive electrode carbon fiber, the delignification bamboo or wood and the negative electrode carbon fiber; in a water-free and oxygen-free environment, electrolyte liquid and structural resin liquid are mixed according to a certain proportion to form structural electrolyte, and the structural electrolyte is poured to complete curing. The mechanical property and the electrical property of the structural energy storage composite material can be improved at the same time, toughness is improved, impedance is reduced, meanwhile, structura