A report by SET Ventures and Future Energy Ventures highlights the role of robotics in maintaining aging European energy infrastructure. By 2030, solar capacity is projected to more than double, wind capacity to rise by 84%, electricity demand by 60%, and cross-border transmission capacity to double.
Robotic systems demonstrate significant efficiency gains over human crews. Drones can inspect high-voltage towers in under five minutes, covering over 50 towers daily, compared to 15–20 minutes per tower for traditional inspections. Drone-based turbine inspections cost €500–1,000, while rope-access methods can reach €10,000.
Early fault detection via robotics prevents costly failures. Solar park inspections costing €50,000–150,000 can save over €1 million annually, while wind turbine blade repairs can cost €200,000–1 million. Korial has completed over 1 million autonomous inspections and 300,000 operational hours for clients like Shell, bp, BASF, and E.ON.
The cost of hardware components is declining, with actuator prices falling from approximately €3,000 to €1,500. Europe currently maintains a density of 267 robots per 10,000 workers. The EU robotics software market is projected to grow from €3 billion in 2026 to €12 billion by 2030.
