Abstract: This method of determination of a distribution of energy to a plurality of electrical loads (121, 122, . . . , 12n) during a modulation period (T), the energy coming from at least one generator (14), the supply of a predetermined quantity of energy to any one of the electrical loads during this modulation period being effected by the generator emitting during a predetermined fraction of the modulation period an electrical signal the power whereof corresponds to that demanded by that electrical load, includes a temporal distribution of the electrical signals emitted by the generator in the modulation period in accordance with a distribution criterion determined as a function of the electrical signals and applied successively to each electrical signal in the same modulation period. The temporal distribution criterion for the electrical signals is determined as a function of the temporal length and the power of the electrical signals.

Abstract: This method of determination of a distribution of energy to a plurality of electrical loads (121, 122, . . . , 12n) during a modulation period (T), the energy coming from at least one generator (14), the supply of a predetermined quantity of energy to any one of the electrical loads during this modulation period being effected by the generator emitting during a predetermined fraction of the modulation period an electrical signal the power whereof corresponds to that demanded by that electrical load, includes a temporal distribution of the electrical signals emitted by the generator in the modulation period in accordance with a distribution criterion determined as a function of the electrical signals and applied successively to each electrical signal in the same modulation period. The temporal distribution criterion for the electrical signals is more precisely determined as a function of the temporal length and the power of the electrical signals.