Wireless blade instruments report ice thickness and surface temperature to a turbine control interface. Wind-farm teams run the installed heating system from measured conditions and review its operating status.
Linking blade-surface measurements to an existing heater lets wind-farm operators choose heating cycles from the recorded icing condition. EOLOGIX-PING provides the HEAT application using its ON-BLADE arrangement of wireless instruments. The application measures surface temperature and ice thickness, then uses the turbine's control interface for the selected anti-icing or heating response.
Wireless Blade Sensors, or WBS, attach to the outer blade surface. Capacitive elements measure the icing condition, with temperature elements recording the surface temperature. Flexible solar cells and rechargeable energy storage power the blade instruments. A radio link sends their values to a base station in the turbine, with antennas included in the field arrangement. The integrated controller uses those measurements when starting and stopping the installed heating system.
Operators examine the blade condition and heating status through the selected dashboard access. Alerts bring a changing condition to the operating team, and recorded measurements help staff assess the response of the heater. The package includes blade sensors and a base station, with training and support for the deployment. New installations and retrofits use the corresponding turbine-control integration, giving the team a measurement record alongside the resulting heating cycles.
Sensors, gateways and spare units
Site survey, mounting, commissioning and configuration
Platform subscription, connectivity, data and support
This is an estimate by IoT Apps based on comparable deployments, not a quote from EOLOGIX-PING.
Get an estimate for your own project and invite EOLOGIX-PING to confirm a price and lead time, on this page. Taxes, shipping, civil works and custom integration are not included. How IoT Apps estimates costs


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It supplies Wireless Blade Sensors and a base station for controlling the installed heating or anti-icing system through its turbine interface.
They use a local radio link. The blade sensors have flexible solar cells and rechargeable energy storage.
The ON-BLADE instruments measure surface temperature and ice thickness directly at the selected blade positions.
The HEAT arrangement supports new installations and retrofits through compatible turbine-control interfaces, with training and support.
Every page carries a cost estimate by IoT Apps for your own sites and assets; set your budget and invite EOLOGIX-PING to confirm a price and lead time.
For 1 site with 10 monitored assets in United States, IoT Apps estimates $2,100 – $7,500 in the first year and $400 – $1,500 every year after. This is an estimate based on comparable deployments, not a quote from EOLOGIX-PING.

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