Artificial intelligence control system for aerial sunshade devices

A system control for controlling a plurality of aerial sunshade devices, comprising:

• a plurality of aerial sunshade devices having
• a canopy for providing shade from the sun formed of a flexible lightweight sheet material,
• one or more electrically powered lifting devices attached to the canopy,
• a rechargeable battery power system operatively connected to the at least one lifting device,
• one or more solar cells operatively connected to the battery power system to charge the battery power system,
• a sunshade management system controlling the one or more lifting devices to activate the lifting devices to position the sunshade device,
• a plurality of sensors for obtaining environmental and weather data and providing the environmental and weather data to the sunshade management system,
• a plurality of sensors for obtaining operating data and providing the operating data to the sunshade management system;
• the system control providing sunshade instructions to the plurality of aerial sunshade devices via a traffic and location controller and a wireless network;
• and
• the sunshade instructions including an altitude and a geolocation positioning instruction for each aerial sunshade device.

An aerial sunshade device, comprising:

• a canopy for providing shade from a sun formed of a flexible lightweight sheet material;
• one or more electrically powered lifting device attached to the canopy;
• a rechargeable battery power system operatively connected to the at least one lifting device;
• one or more solar cells operatively connected to the battery power system to charge the battery power system;
• a sunshade management system controlling the one or more lifting devices to activate the lifting devices to position the sunshade device and having
• a sunshade instruction module for receiving sunshade instructions regarding an altitude and a geolocation positioning of the aerial sunshade device,
• a sensor data assessment module for receiving environmental and weather data from the plurality of sensors, and
• a sunshade positioning module for controlling the one or more lifting devices to activate the one or more lifting devices to position the sunshade device to an altitude and a geolocation positioning received by the sunshade instruction module;
• a plurality of sensors for obtaining environmental and weather data and providing the environmental and weather data to the sunshade management system;
• and
• a plurality of sensors for obtaining operating data and providing the operating data to the sunshade management system.