Wind farms
The same platform, applied to wind farms.
Turbines, met masts, and the substation behind them rarely speak the same protocol. Connect every machine across multi-vendor farms, stream each reading to one place, and monitor and act fleet-wide.
What you connect
Wire up the equipment you already run.
Wind farms are remote, and every make of turbine exposes its data differently. An edge gateway at each site reaches the equipment over its native protocol and buffers locally, so a dropped link does not stop it collecting.
Wind turbines
Pull wind speed, power output, rotor RPM, and generator and gearbox temperatures from each turbine's controller, modeled as one asset per machine.
Met masts & nacelle sensors
Collect hub-height wind speed, direction, and ambient conditions. That is the reference data that turns raw output into a performance picture.
Park & site controllers
Read site-level availability, curtailment state, and operating mode from the controller that runs the farm, alongside the turbines it coordinates.
Substations & meters
Collect voltage, current, power factor, and revenue-meter readings at the point of interconnection alongside the generation behind it.
- OPC UA
- Modbus
- MQTT
- REST
What you see
Live telemetry, per asset and across the fleet.
Once data is flowing, every turbine is live and on a chart. Compare one machine against the rest of the farm, or watch every farm you operate from one screen.
Live farm dashboards
Watch power output, availability, and faults update within seconds across the whole farm. One view, with no vendor portals to switch between.
Per-turbine charts
Open any turbine and trend its variables on their own charts to spot an underperformer, a drifting anemometer, or a temperature creeping up.
Years of history
Keep a full-resolution window of recent operation plus rolled-up long-term history. A year-over-year comparison of the same turbine is one request.
Agent-drafted KPIs
Name the KPI you care about: availability, performance ratio, lost energy. Specialist agents build it for that turbine type, you approve it once, and it then measures every matching turbine across your farms.
Plan & usage transparency
See exactly how many data streams, sites, and gateways you are using against your plan. No surprise overage, no hidden meter.
Alerts & control
Catch what matters. Adjust from the cloud.
Define alert rules once and apply them across every matching turbine. When you need to tune collection, push the change from the cloud instead of driving to the site.
Fleet-wide alert rules
Write one rule for low power in good wind, or for a gearbox bearing over temperature, and it applies automatically to every turbine that matches. No configuring each machine by hand.
Smarter than thresholds
Catch a signal that has gone stale, a value drifting too fast, or a fault that holds for a set duration, not just a number crossing a line. Acknowledge alerts to track who is on it.
Buffered through outages
When a farm loses connectivity, its gateway keeps recording and streams what it held once the link returns.
Remote configuration
Raise the sampling rate on a turbine you are investigating, or push updated gateway config to a whole region of farms, from the cloud. Collection adjusts without anyone driving out.
Understand the concepts
The reference guide behind this page, written for engineers and operations teams rather than for a search engine.
Get started
The same platform, applied to your fleet.
Request early access and we'll onboard your fleet, or walk through the platform with our team.