Trinabot Successfully Delivers Intelligent Robotic Cleaning Service for Distributed PV Station of Leading Energy Client
Trinabot recently completed a professional cleaning service for a large-scale distributed photovoltaic (PV) power station operated by a major energy enterprise. The project, designed for a factory rooftop PV system, was fully customized and successfully delivered, demonstrating Trinabot’s expertise in intelligent maintenance for carbon-neutral infrastructure.
Customized Service for Rooftop PV Systems
Rooftop PV modules are constantly exposed to dust, pollution, and weather conditions. Over time, accumulated dust can significantly reduce energy output. Trinabot’s project team maintained active communication with the client throughout the preparation phase. Following thorough site inspections and technical evaluation, Trinabot delivered a tailored cleaning solution, considering five critical factors:
Panel types and arrangement
System layout and terrain
Local meteorological conditions
Pollution severity
Site safety requirements
The resulting solution specified the use of advanced robotic cleaning equipment, cleaning modes, safety protocols, and a detailed operation schedule.
High-Efficiency Robotic Cleaning in Action
Due to spacing between panel rows, a lightweight tracked cleaning robot was selected. Engineered with special anti-slip tracks and reinforced housing, the robot prevents friction damage to the panel surface while maintaining strong maneuverability. Equipped with a high-pressure cleaning unit (up to 4 MPa), the robot achieves five-stage cleaning in a single run—ensuring minimal water usage and maximum effectiveness.
On-site, Trinabot deployed a team of certified cleaning engineers who had completed rigorous training in robotic control, safety procedures, and high-altitude operations. The cleaning process followed strict safety standards to ensure fast, safe, and effective service delivery on rooftop terrain.
Tangible Value for the Client
To quantify the service’s impact, nine inverters were randomly sampled. Comparing power generation data for 15 days before and after the cleaning, the plant recorded at least a 40% increase in energy output. This performance clearly validated the effectiveness of Trinabot’s smart cleaning system, especially under stable weather conditions.
Beyond improved performance, the client also benefited from reduced labor costs, improved O&M standardization, and enhanced automation. The project manager praised Trinabot’s intelligent solutions and expressed strong approval of the company’s standardized workflow and service system.
Commitment to Carbon-Neutral Innovation
Building on this successful delivery, Trinabot is committed to exploring intelligent dual-carbon applications, further enhancing its product intelligence and supporting customers in achieving technology-driven efficiency gains.
In line with global trends in energy transition and smart automation, Trinabot continues to strengthen its core competencies in autonomous systems and AI-driven robotics. Through independent R&D and customer-centric service, Trinabot strives to become a global leader in intelligent equipment for carbon neutrality.
Contact Trinabot today to learn more about our full line of intelligent solar cleaning robots and customized O&M solutions tailored to your energy infrastructure. Together, we power a smarter, greener future.
