A magnetoelectric device characterized by : a plurality of reluctance components (R, S, T), each of which includes a magnetic core unit , a first coil (L1) and a resonant circuit , wherein for each of said reluctance components (R, S, T), said magnetic core unit is both capacitive and inductive, and has a loop-shaped first segment , and a second segment connected to said first segment , said resonant circuit includes a second coil (L2) having a first terminal and a second terminal, a third coil (L3) having a first terminal and a second terminal, a first capacitor (C1) connected between said second terminal of said second coil (L2) and said first terminal of said third coil (L3), and a second capacitor (C2) connected to said third coil (L3) in parallel, and said first, second and third coils (L1, L2, L3) are wound around and loosely coupled to said first segment ; a plurality of damping modules , each of which is connected to said resonant circuit of a respective one of said reluctance components (R, S, T) for receiving electrical energy therefrom, and each of which is used to be connected to a DC, direct current, power source (Vdc) for releasing electrical energy thereto; and a driving module which is connected to said first coil (L1) of each of said reluctance components (R, S, T), which is used to be connected to the DC power source (Vdc), and which is configured to connect the DC power source (Vdc) to said first coil (L1) of each of said reluctance components (R, S, T) in such a way that a respective AC, alternating current, voltage is generated across said first coil (L1) of each of said reluctance components (R, S, T). a plurality of reluctance components (R, S, T), each of which includes a magnetic core unit , a first coil (L1) and a resonant circuit , wherein for each of said reluctance components (R, S, T), said magnetic core unit is both capacitive and inductive, and has a loop-shaped first segment , and a second segment connected to said first segment , said resonant circuit includes a second coil (L2) having a first terminal and a second terminal, a third coil (L3) having a first terminal and a second terminal, a first capacitor (C1) connected between said second terminal of said second coil (L2) and said first terminal of said third coil (L3), and a second capacitor (C2) connected to said third coil (L3) in parallel, and said first, second and third coils (L1, L2, L3) are wound around and loosely coupled to said first segment ; a plurality of damping modules , each of which is connected to said resonant circuit of a respective one of said reluctance components (R, S, T) for receiving electrical energy therefrom, and each of which is used to be connected to a DC, direct current, power source (Vdc) for releasing electrical energy thereto; and a driving module which is connected to said first coil (L1) of each of said reluctance components (R, S, T), which is used to be connected to the DC power source (Vdc), and which is configured to connect the DC power source (Vdc) to said first coil (L1) of each of said reluctance components (R, S, T) in such a way that a respective AC, alternating current, voltage is generated across said first coil (L1) of each of said reluctance components (R, S, T). <EOS>