Abstract: A method for determining voltages and/or power available in an electrical recharging network that includes at least one voltage generator and at least one recharging terminal i corresponding, at a first instant t1, to a predetermined reference impedance zii. At an instant t2, the method implements at least one iteration of the following acts: estimating a changing of the reference impedance zii into a modified impedance z?ii; updating a voltage of the recharging terminal i by determining a modified inverted loop impedance matrix Zloop_M?1 as a function of a reference inverted loop impedance matrix Zloop_R?1 and of a difference between the modified impedance z?ii and the reference impedance zii, delivering a voltage U?i; and verifying/updating a value of power available at the recharging terminal i as a function of a voltage U?i, a maximum power of the generator and/or a threshold voltage delivering, an available power Pdisp_i.

Abstract: A method for determining voltages and/or power available in an electrical recharging network that includes at least one voltage generator and at least one recharging terminal i corresponding, at a first instant t1, to a predetermined reference impedance zii. At an instant t2, the method implements at least one iteration of the following acts: estimating a changing of the reference impedance zii into a modified impedance z?ii; updating a voltage of the recharging terminal i by determining a modified inverted loop impedance matrix Zloop_M?1 as a function of a reference inverted loop impedance matrix Zloop_R?1 and of a difference between the modified impedance z?ii and the reference impedance zii, delivering a voltage U?i; and verifying/updating a value of power available at the recharging terminal i as a function of a voltage U?i, a maximum power of the generator and/or a threshold voltage delivering, an available power Pdisp_i.