Research Article
Utilizing Artificial Intelligence and Lotus Effect in an Emerging Intelligent Drone for Persevering Solar Panel Efficiency
Table 1
Comparison of the related research windup against the proposal.
| Ref. | Vehicle type | Autonomous | Altitude | Cleaning approach | AI framework | Camera type |
| [15] | Flying robot | × | 16 m | Microfiber brush | × | RGB | [16] | Automatic arm | × | × | Microfiber brush | √ | × | [17] | Quad copter | × | 32 m | Water spray | × | RGB | [19] | Drone | × | 20 m | × | √ | RGB | [21] | UAV | √ | 20 m | × | √ | Thermal | [22] | Drone | × | 14 m | × | √ | Thermal | [23] | UAV | × | 27 m | × | √ | Thermal | [24] | UAV | × | 50 m | × | √ | Thermal | [26] | Drone | × | 32 m | × | √ | Thermal | [30] | Drone | × | 50 m | × | √ | Thermal | [32] | Drone | × | 18 m | × | √ | RGB | [33] | Skyrobotic | √ | 50 m | × | √ | Thermal | [34] | UAV | √ | 16 m | × | √ | Thermal | [35] | UAV | √ | 34-56 m | × | √ | Thermal | Proposed model | Drone | √ | 10-30 m | Water spray and lotus effect | √ | √ |
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√ refers to an element that existed. × refers to an element that did not exist.
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