The problem
SCADA tells you a turbine is down. Getting it back online is a different problem.
Your monitoring system flags the fault, for example an inverter string issue, but someone still has to assign a certified technician, verify blade or gearbox stock, and complete a safety walk-down to actually bring it back online.
Wind ISPs managing multi-vendor fleets through the shift from OEM warranty to third-party O&M, offshore operators needing certified technicians and precise weather-window dispatch, C&I asset managers aggregating distributed portfolios, blade and turbine OEMs honoring long-term service agreements, and utility-scale IPPs protecting mid-life assets all need the same reliability, applied differently.
Whether it's a van or a Service Operation Vessel, not knowing where a replacement pitch controller is slows everything down.
Lockout-tagout and confined space entry permits need to be completed before a gearbox service can close, every time, without exception.
Without a live view of how long a job has been open, response commitments slip.
Insurers and asset owners require defensible records for every technician climb, and generic logs don't hold up to that scrutiny.
Commissioning and takeover, routine maintenance, corrective repair and major overhaul projects each demand different documentation, timing and logistics.
