Canopy helped identify a failing component in the gearbox on time, preventing the turbine’s shutdown.

Canopy prevented downtime by detecting and continuously tracking abnormal bearing overheating.

Canopy’s performance models identified and quantified all periods of grid curtailment and losses.

Canopy swiftly detected and alerted to a power drop caused by an inverter overheating.

Canopy’s analysis uncovered significant farm-wide underperformance caused by icing.

Canopy identified an abnormal temperature increase caused by a clogged filter in a galvanised steel production.

Canopy detected a critical fault in North Star’s Grampian Tyne propulsion system.

Canopy identified an abnormal temperature increase caused by a clogged filter in a galvanised steel production.

Canopy’s performance models identified and quantified all periods of grid curtailment and losses.

Canopy prevented downtime by detecting and continuously tracking abnormal bearing overheating.

Canopy helped identify a failing component in the gearbox on time, preventing the turbine’s shutdown.

Canopy’s analysis uncovered significant farm-wide underperformance caused by icing.

Canopy swiftly detected and alerted to a power drop caused by an inverter overheating.

Canopy detected a critical fault in North Star’s Grampian Tyne propulsion system.

Canopy’s analysis uncovered significant farm-wide underperformance caused by icing.

Canopy’s performance models identified and quantified all periods of grid curtailment and losses.

Canopy swiftly detected and alerted to a power drop caused by an inverter overheating

Canopy identified an abnormal temperature increase caused by a clogged filter in a galvanised steel production.

Canopy prevented downtime by detecting and continuously tracking abnormal bearing overheating.

Canopy helped identify a failing component in the gearbox on time, preventing the turbine’s shutdown.

Canopy swiftly detected and alerted to a power drop caused by an inverter overheating.