A novel energy harvesting concept is proposed for treating local electrostatic energy produced on flying composite
aircrafts. This work focuses on the feasibility research on collecting static charges with capacitive collectors. The
existing energy harvesting system and the electrification of the typical carbon fibre composites (CFCs) aircraft has
been reviewed. The detailed model experiments were then designed to characterize different configurations for
electrostatic energy harvesting on aeroplane. In the lab, the static charge was produced by a corona discharging
device, and a capacitor or a metal sheet was put in the electric field to collect the charges under four different
configurations. After that, the rest results for these configurations were analysed, which is followed by the
discussion about the results application on the aircraft. This work has proved that it is feasible to collect the local
static electricity on flying aircraft, and it could provide a new direction of energy harvesting system in aviation field
