Autonomous vehicle system for wind, solar and agricultural farms

A system for an autonomous vehicle system, comprising:

• a non-transitory memory having machine executable instructions;
• and
• a processor core that accesses the memory and executes the machine executable instructions, the machine executable instructions comprising an autonomous vehicle control system for the autonomous vehicle system, the autonomous vehicle control system causing the processor core to execute operations comprising;
• receiving problem data characterizing a problem detected in a green energy generator, wherein the problem data includes location data specifying a location of the problem;
• deploying the autonomous vehicle system to the location of the problem, the autonomous vehicle system comprising:
• a rover having a sensor for collecting inspection data;
• and
• a drone docked with the rover in a docking bay;
• causing the rover to inspect the problem to collect the inspection data in response to the rover arriving at the location of the problem;
• determining solutions for resolving the problem based on the inspection data, wherein the solutions include at least one rover solution that includes deploying the rover and inhibiting deployment of the drone and at least one drone solution that includes deploying the drone;
• selecting a solution from the solutions for resolving the problem, wherein the selected solution has a lowest energy consumption by a vehicle of the autonomous vehicle system associated with the selected solution among the solutions;
• and
• causing the autonomous vehicle system to deploy the vehicle that is associated with the selected solution.

A method for an autonomous vehicle control system for an autonomous vehicle system, the method comprising:

• receiving, by the autonomous vehicle control system operating on a computing platform, problem data characterizing a problem detected in a green energy generator system, wherein the problem data includes location data specifying a location of the problem;
• deploying, by the autonomous vehicle control system, the autonomous vehicle system to the location of the problem, the autonomous vehicle system comprising:
• a rover having a sensor for collecting inspection data;
• and
• a drone docked with the rover in a docking bay;
• causing, by autonomous vehicle control system, the rover to inspect the problem to collect the inspection data in response to the rover arriving at the location of the problem;
• determining, by the autonomous vehicle control system, solutions for resolving the problem based on the inspection data, wherein the solutions include at least one rover solution that includes deploying the rover and inhibiting deployment of the drone and at least one drone solution that includes deploying the drone;
• selecting, by the autonomous vehicle control system, a solution from the solutions for resolving the problem, wherein the selected solution has a lowest energy consumption by a vehicle of the autonomous vehicle system associated with the selected solution among the solutions;
• and
• causing, by the autonomous vehicle control system, the autonomous vehicle system to deploy the vehicle that is associated with the selected solution.