“The solar panel cleaning robot performs the cleaning operation in the field environment under the control of an operator. While the robot cleans the panel surface using a delicate brush and water spray system, the operator directs the process from a safe distance.”

One of the key features of solar panel cleaning robots is their ability to effectively clean panel surfaces while maintaining energy production capacity. These robots use mechanical cleaning technologies such as water spray and brush systems to remove dirt, dust, and other deposits from the panel surfaces. Thanks to their delicate cleaning systems, they provide effective cleaning without damaging the panel surface. Available in both manually controlled and programmable options, these robots offer flexible solutions adaptable to various field conditions and user needs.

Due to their durable construction, these robots are designed to withstand outdoor conditions and continuous field use. They perform at a high level during long-term operations, supporting environmental sustainability with water-saving systems and brushes that do not harm the surface. Some models are equipped with IoT-based remote monitoring and control systems, allowing operators to track cleaning processes in real-time and intervene if necessary.

The working principles of these cleaning robots are based on energy efficiency and environmental protection goals. While manual models operate under the control of operators, more advanced autonomous models can detect environmental obstacles, re-plan their routes, and perform more precise cleaning in specific areas. These robots ensure regular cleaning of panel surfaces on both small and large scales, contributing to the sustainable capacity of solar energy production.

Solar panel cleaning robots used in Solar Power Plant (GES) projects are an effective solution for reducing labor costs, accelerating cleaning processes, and extending panel lifespan. With both manual and autonomous options, these robots cater to a wide range of users and set a new standard for operational excellence in GES fields.