Thermal Systems Hangar

WIND TURBINE ICE PROTECTION SYSTEM (WTIPS)
protects a wind turbine by deicing the blade's leading edge, pulsing power to safetly shed ice, and allows continuous turbine operation during hazardous icing conditions. WTIPS is a electro-therma deice system using technology orinally developed through a NASA SBIR (Small Business Innovative Research) grant for Kelly Aerospace Thermal Systems. Kelly Aerospace manufactures the ThermaWing™ system; a lightweight, easy-to-install, reliable deicing system, and in support of green energy brought the application to the Wind industry.


  • SHED ICE & CONTINUE TO OPERATE
  • PREVENT SHUT DOWN DURING ICING CONDITIONS
  • PROTECTS YOUR BLADES
  • SCALED TO MATCH AVAILABLE POWER
  • NO BLADE MODIFICATION WITH
    EXTERNAL INSTALL
  • EASY TO REPAIR
  • AUTOMATIC SHEDDING CYCLES
  • DIGITALLY CONTROLLED
  • FLEXIBLE GRAPHITE FOIL
  • QUICKLY HEATS & DROPS TEMP TO PREVENT RUNBACK
  • FIELD OR FACTORY INSTALL

Come Visit our WINDPOWER BOOTH: #2024

Thermawing Install
Operate during icing conditions.
Columbia with Thermawing
Could operate as an Anti-Ice System.
Thermawing Testing
8000+ hrs of Erosion Testing.

Thermawing Install
Heaters installed on ground.
Columbia with Thermawing
Deice systems installed in Sweden.
Thermawing Testing
Electrical Control System Monitoring.

How it works.
The continuous outer layer of the WTIPS laminate is a heat-conducting Tedlar® embedded in adhesives and protective erosion shields. It offers a unique balance of aesthetics while offering the durability of a fluoropolymer. A zoned heater system is utilized in a variety of lengths, widths, and thicknesses to match available power. The impingement area, or leading edge, is kept warm continually melting impinging ice, or simply, "runs wet". During a de-ice cycle the voltage is increased raising the temperature of this shed zone, releasing the ice bond and shedding the ice via aerodynamic force. Once power is removed from the heater the shedding zones immediately freeze and continue to collect ice until the next de-ice cycle. This cycle can be 1°/sec temperature rise to 10°/sec temperature rise depending on power.

Operation


If you have any other questions,
Contact us anytime.
(440) 951-4744