"Buildex" PV Module Installation Robot
Product advantages
Efficient Installation
Quick Setup: On-site deployment completed within 2 hours High Efficiency Installation: Up to 60+ modules/hour — 2–3× faster than manual labor
Intelligent Operation
Autonomous Navigation: ±10 cm precision between operation points Smart Laying: AI-powered adaptive gripping and placement with ±10 mm accuracy
Flexible Compatibility
Built-in forklift function for autonomous loading; supports both horizontal and vertical packaging. Multiple preset laying modes; installs up to 6 modules per positioning. Modular base adapts to varying structure heights. Supports trackers and fixed structures, 1P/2P layouts; compatible with mainstream modules
Safe & Reliable
Real-time obstacle detection for safe operation Arm protection for -20°C to 50°C environments Tracked chassis adapts to complex terrains including 4,500 m plateaus, Gobi, and desert environments.
Product parameters
| Parameter | Buildex S | Buildex E |
| Size | 5.4 × 2.52 × 2.83 m | 4.98 × 2.47 × 2.28 m |
| Weight | 9.5 t | 8 t |
| Payload | 1.5 t + 100 kg | 2 t + 100 kg |
| Endurance | ≥ 40 h | ≥ 10 h |
| Speed | Max 5.5 km/h | < 5 km/h, 6-speed adjustable |
| Climbing Ability | ≤ 20° | ≤ 20° |
| Module Bottom Edge Height | Structure: 0.5 ~ 2.5 m | Tracker: 0.5 ~ 2.2 m Structure: 0.5 ~ 1.5 m |
| Tilt Angle | Structure: 27° ~ 45° | Tracker Structure: 35° ~ 45° |
| Operating Temperature | -20°C ~ +50°C | -20°C ~ +50°C |
| Power System | Hybrid | Pure Electric |
| Terrain | Sand, grass, snow, walls, slopes, hills, etc. | Sand, grass, snow, walls, slopes, hills, etc. |
1. Autonomous Walking: Utilizes an RTK and LiDAR fusion positioning system, combined with an intelligent chassis control algorithm, enabling autonomous navigation between workstations with a positioning accuracy of ±10 cm.
2. Autonomous Installation: Equipped with a 3D laser camera and intelligent matching algorithm for adaptive gripping and placement of components, achieving an overall installation accuracy of ±10 mm.
3. Direct-Drive Motor: High energy efficiency and precise control, providing an endurance of over 40 hours.
4. Segmented Base: Adaptable to high and low support structures.
5. Linear Module System: Supports installation of 2–6 extended components at the end.
6. Low-Temperature Protection for Robotic Arm: Designed to withstand extreme cold and hot weather conditions.
Discover how the Buildex Module Installation Robot by Trinabot is revolutionizing large-scale solar projects with precision, speed, and safety. Engineered for performance in demanding environments, it’s your reliable partner for streamlined and cost-effective solar deployment.
