Onshore WindAvailabilityon the Record
The fleet is turning. Now every turbine on fault is revenue standing still, and the expensive failures — gearbox, generator, converter — rarely come alone. POD puts the operating day on the record, spoken from the pad.
Availability is the revenue. The drivetrain is the risk.
A wind fleet lives on availability — turbines turning when the wind blows. What takes them down is rarely random. A converter fault stresses the generator; a generator bearing runs the gearbox hot; the oil analysis flagged it three weeks ago. The expensive failures are correlated, and they announce themselves if the report is reading the signals. The O&M report is the record of what was down, what tends to fail together, and whether the fixes are holding.
What an O&M report captures
A generic maintenance log holds none of these. A wind O&M report has to.
Availability & capacity factor
Which turbines produced, which were down, and the fleet numbers that roll up — the revenue and the health in two figures.
Drivetrain faults
Gearbox, generator, and converter — the expensive, correlated failures. When one goes, the report shows what tends to follow.
Blade inspections & oil analysis
Leading-edge erosion, blade findings, and the oil-analysis flags that precede a gearbox event by weeks if you log them.
Work-order backlog
Orders opened, closed, and carried — the backlog that quietly grows into next quarter’s availability problem.
Lost production
Megawatt-hours a fault, a curtailment, or a weather hold cost — the number that turns downtime into dollars.
Safety & working-at-height
Tower climbs, rescue readiness, LOTO, and permit-to-work — logged against the turbine and the crew that went up.
The fleet turns. Two are down. The backlog grows.
Most turbines on the ridge are healthy and turning, two are flagged on a drivetrain fault, the work-order backlog fills below, and the availability and capacity-factor meter reads the live fleet number — the operating day of a wind farm.
What the day becomes on the dashboard
Two questions a reliability engineer asks first: what fails together, and are the corrective actions working.
Risk Correlation Matrix
PODMitigation Effectiveness
PODIllustrative operating data. POD builds these from the O&M report you file — the metrics your fleet actually captures.
The systems POD tracks across the turbine
Every subsystem that decides whether a turbine turns today and how long it lasts.
Drivetrain
Gearbox, generator, converter — where the correlated, expensive failures live and the oil analysis matters.
Rotor & blades
Blade condition, leading-edge erosion, and pitch — the aero side of availability.
Yaw & control
Yaw alignment and the controller — the small faults that shave capacity factor without stopping the turbine.
Balance of plant
Pad transformers and the collection system — the shared kit that can take a whole string offline.
What a generic maintenance log silently drops
A generic CMMS captures the work order. Wind O&M needs the reliability around it.
Onshore wind O&M reporting questions
An onshore wind O&M report is the daily operating record of a running wind farm: fleet availability, capacity factor, drivetrain and converter faults, blade inspections and oil analysis, work-order backlog, and lost production. It is the record an asset manager, a lender, and the OEM warranty team all read.
Put the wind operating day on the record
Start with the free templates, or watch POD turn a spoken shift into an operator's dashboard.
Bookmark our free KPI tools — live gauges and trackers you can use before you ever upload a file.Last updated: July 2026