Atten2 technology detects an incidence in the operation of the turbine during an electrical mishap with non-critical vibration values
Wind
[ Deep ] vision
In wind energy, every intervention counts. Mobilizing certified technicians, waiting for a suitable weather window, and accessing remote wind turbines makes any reactive maintenance particularly costly.
At Atten2, we help operations and maintenance teams anticipate the wear of critical components—especially gearboxes—through continuous lubricant condition monitoring. With thousands of sensors deployed globally in industrial assets, we understand that in a wind farm, the challenge is not just detecting a fault, but identifying it early enough to plan an intervention before the turbine stops producing.
Here you’ll find out how to reduce unnecessary travel, improve availability, and minimize unexpected failures.
If you work in wind power, this will probably sound familiar to you.
- Unplanned wind turbine shutdowns with direct production losses.
- Complex and costly logistics for mobilizing certified technicians and spare parts.
- Limited maintenance windows due to weather, especially in remote wind farms.
- Difficulty anticipating internal wear of the gearbox, one of the most critical assets.
- Dispersed equipment and high operational complexity, where inspecting everything is not feasible.
- Reactive work that overloads maintenance teams and multiplies unnecessary travel.
We know that in wind energy the challenge is not pollution: it is detecting wear and tear before mobilizing a costly intervention.
