a global renewable energy developer building a large photovoltaic park in Spain
How a Solar Park Pilot Installed 3 MW With Zero Defects Using a Mobile Field Factory
IFR-documented Comau Hyperflex trial installed 3 MW at a 122 MW Spanish solar park with zero quality defects, zero incidents, and field-side assembly logistics.
- 3 MW
- Hyperflex scope
- 122 MW
- Total park
- 0
- Quality defects
- 0
- Work incidents
Based on a documented real-world deployment. Figures are from public reporting; the organization is not named.
Field assembly lagged behind project scale
Large photovoltaic parks still depend on heavy manual labor to assemble trackers and mount modules. Costs swing with workforce availability, and remote pre-assembly creates transport and scheduling bottlenecks.
This developer tested whether a mobile robotic factory could install a meaningful slice of a 122 megawatt park under real site conditions in Peñaflor, Valladolid, Spain, while protecting workers from repetitive overhead strain.
- Assemble twelve-metre trackers and modules on uneven sites
- Cut transport of pre-built components from remote plants
- Keep installation quality consistent across weather shifts
- Reduce musculoskeletal risk on overhead fastening work
Hyperflex mobile factory beside human crews
The IFR case describes Comau's Hyperflex rover, a semi-trailer system with industrial arms, AI, caterpillar tracks, and patented lifting gear that manufactures, moves, and installs torque tubes, transversal beams, and PV modules in one workflow.
The trial targeted three megawatts of the park's capacity. Laser scanning let people work safely beside the cell while operators retained quality control and process management roles.
Comau MATE-XT wearable exoskeletons supported workers on remaining manual overhead tasks such as bolt tightening. Published figures cite thirty percent lower shoulder muscle activity and reduced perceived effort during those jobs.
- Collapse multiple assembly steps into one field workflow
- Deploy the cell on tracks across changing terrain
- Pair robotics with exoskeletons on overhead tasks
- Monitor speed, safety, and repeatability during the pilot
- Prepare programs offline while the cell runs production
Pilot safety and quality outcomes
Engineers reported zero work-related incidents and zero quality defects during the Hyperflex installation phase covered in the IFR account.
On-site manufacturing removed the need to haul fully pre-assembled tracker sections from distant factories, shortening lead times and allowing adjustments as site conditions changed.
Exoskeleton users saw documented ergonomic gains, including up to twenty-seven percent higher accuracy on overhead tasks and up to ten percent faster execution in cited studies, alongside thirty percent reduced shoulder muscle activity.
What construction and logistics teams can take from the pattern
This is a documented field trial analyzed by Service Robot Co., not a claimed client win. The transferable idea is bringing fabrication and placement to the job site when remote assembly and manual mounting create delays, defects, or injury risk.
Service Robot Co. maps similar mobile manipulation, patrol, and material-handling needs for yards and plants, then finances, deploys, trains, and services OEM-neutral platforms under RoboCare nationwide. A free site assessment checks whether field-side cells or supporting robots fit your terrain and safety rules.