Abstract: A photovoltaic device, comprising: a photovoltaic generator whose electrical production power varies; an air humidifier device comprising: a storage compartment for atmospheric water vapor; means for heating and injecting the ambient air into the storage compartment; means for cooling and extracting the air flow available at the outlet of the storage compartment; an atmospheric water vapor condenser, which draws in the air flow previously humidified and cooled by the air humidifier device; a management module of the electrical power produced by the photovoltaic generator and used to electrically power the air humidifier device and the condenser device; said means for cooling and extracting the air flow being supplied with a variable electrical power controlled by the value of the surplus of photovoltaic electrical power available, from when the electrical power produced by the photovoltaic generator is greater than said electrical power used by the condenser.

Abstract: A device for managing a surplus of power of a photovoltaic generator that supplies power to electrical appliances connected to the photovoltaic generator, the surplus of power being the difference between the maximum potential electrical power that the photovoltaic generator could produce at a given time taking into account its illumination, and the electrical power actually consumed at that time by the electrical appliances. The device includes a photoelectric control sensor to measure solar light intensity received by the photovoltaic panels and to deduce the maximum potential electrical power; a means for determining the surplus of available power between the value of the maximum potential electrical power and the value of the electrical power actually consumed by the electrical appliances; and a means for managing the surplus of available power, the means being configured to redirect and distribute the surplus of available power between the electrical appliances.

Abstract: A device for managing a surplus of power of a photovoltaic generator that supplies power to electrical appliances connected to the photovoltaic generator, the surplus of power being the difference between the maximum potential electrical power that the photovoltaic generator could produce at a given time taking into account its illumination, and the electrical power actually consumed at that time by the electrical appliances. The device includes a photoelectric control sensor to measure solar light intensity received by the photovoltaic panels and to deduce the maximum potential electrical power; a means for determining the surplus of available power between the value of the maximum potential electrical power and the value of the electrical power actually consumed by the electrical appliances; and a means for managing the surplus of available power, the means being configured to redirect and distribute the surplus of available power between the electrical appliances.