Core technology:
AI-Powered Solar Installation Robotics, such as the Trinabot photovoltaic panel installation robot, are transforming the renewable energy sector. These advanced systems install solar panels twice as fast as humans and at half the cost, significantly enhancing efficiency and reducing expenses. By leveraging AI and automation, they address critical challenges in solar panel installation, making sustainable energy more accessible.
Trinabot's AI-Powered Solar Installation Robotics's database supports a wide range of clamps, rails, and trackers, ensuring compatibility across various systems. Key features include:
Robotic Arm Functionality: The module installation robot handles the transportation and placement of photovoltaic modules using its robotic arm, while human workers focus on the bolt fastening process, achieving efficient human-machine collaboration.
Integrated Sensors and AI: Sensors, cameras, and LIDAR create a virtual rendering of the site, allowing precise panel placement.
These innovations ensure that Trinabot's Photovoltaic Panel Installation and Paving Robot can adapt to diverse installation scenarios while maintaining accuracy and reliability.
Labor shortages pose a significant hurdle for the renewable energy sector, with 44% of solar companies struggling to find qualified workers. Trinabot's Power Plant Construction Robot is a groundbreaking solution designed to overcome this challenge. By automating key processes, these robots accelerate construction timelines and alleviate workforce constraints.
Faster Installations: Doubling the speed of traditional manual installations.
Cost Reduction: Halving the installation costs, making solar energy more affordable.
Improved Access: Enhancing the scalability of solar projects to meet global energy demands.
The introduction of Trinabot's Photovoltaic Panel Installation and Paving Robot marks a significant step in advancing renewable energy deployment. These AI-Powered Solar Installation Robotics combine cutting-edge technology with practical applications to address industry challenges and drive the growth of sustainable energy.
AI-Powered Solar Installation Robotics are setting a new standard in renewable energy construction, ensuring a brighter, more sustainable future for all. You can always contact our professional technical team to help you if you are confused.
Product advantages
High Automation
Adopt low-speed unmanned driving technology and visual positioning guidance technology,realize automatic moving and adaptive modules placement;Support whole pallet modules loading.
Economic & Efficient
The maximum installation efficiency is more than 50 pieces/hour, which is more than 200% higher than manual installation, greatly reduce labor cost.
Safe & Reliable
Adopt vacuum suction system and high-precision sensors,to realize safe suction for modules and environment detection to avoid accidents ; Withstand most harsh environments.
Comprehensive Solutions
Provide a complete solution from site deployment, operation process to the troubleshooting,to solve customer's worries.
Product parameters
Working environment temperature | -20°C~+50°C | Endurance time | ≥40h |
size | 6500*2250*2650mm | Running speed | 5.5km/h |
Product weight | 10t | Climbing ability | ≤20° |
Altitude | ≤4500m | Drive mode | Motor direct drive |
load capacity | 1.5t | Power system | Extended range hybrid |