Remote system for climate sensorization, real-time monitoring, communication and archiving of solar radiations, comprising: a) at least one server; b) a Geographic Information System platform, that includes a projection grid of the territory, in which each square cell has 30 km side / 900 km 2 , oriented according to N-S and E-W directions; c) at least a sensor and communication unit per cell, consisting of: i. a sensor of sunlight incidence, equipped with cosine response correction, generating continuous readings of sunlight incidence; ii. a computer or controller with integrated software receiving the readings of sunlight incidence; iii. a GSM module for data communication, receiving the readings of sunlight incidence from the computer or controller and communicating them to the server; iv. a photoelectric cell connected to the computer or controller and generating a delay that prevents communication during periods of reduction and reestablishment of incidence values; and v. a battery with controller and alarm; d) at least a physical information device for receiving and displaying the readings of sunlight incidence integrating a GSM communication board connectable to a controller that commands an electromechanical or electronic two-digit information/display panel which provides the information received by the server, a battery and a solar panel for energy supply. a) at least one server; b) a Geographic Information System platform, that includes a projection grid of the territory, in which each square cell has 30 km side / 900 km 2 , oriented according to N-S and E-W directions; c) at least a sensor and communication unit per cell, consisting of: i. a sensor of sunlight incidence, equipped with cosine response correction, generating continuous readings of sunlight incidence; ii. a computer or controller with integrated software receiving the readings of sunlight incidence; iii. a GSM module for data communication, receiving the readings of sunlight incidence from the computer or controller and communicating them to the server; iv. a photoelectric cell connected to the computer or controller and generating a delay that prevents communication during periods of reduction and reestablishment of incidence values; and v. a battery with controller and alarm; i. a sensor of sunlight incidence, equipped with cosine response correction, generating continuous readings of sunlight incidence; ii. a computer or controller with integrated software receiving the readings of sunlight incidence; iii. a GSM module for data communication, receiving the readings of sunlight incidence from the computer or controller and communicating them to the server; iv. a photoelectric cell connected to the computer or controller and generating a delay that prevents communication during periods of reduction and reestablishment of incidence values; and v. a battery with controller and alarm; d) at least a physical information device for receiving and displaying the readings of sunlight incidence integrating a GSM communication board connectable to a controller that commands an electromechanical or electronic two-digit information/display panel which provides the information received by the server, a battery and a solar panel for energy supply. <EOS>