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Wind energy is one of the fastest-growing forms of electricity generation in the world. U.S. wind power market share is expected to reach 3.35% by 2013 and 8% by 2018. More optimistic industry experts predict that wind energy will meet 20% of the nation's energy needs by 2030.

Wind turbine level applications

  • WIND TURBINE OIL RESERVOIR: As wind energy technology advances, higher demands are placed on turbine lubrication systems. Lubricant reservoirs of up to 550 gallons (2,000+ liters) serve as oil storage in centralized systems to provide lubrication for the blade  bearings, blade tilt, main bearing, azimuth bearing, meshing gears, generator bearings, cylindrical gears, bevel gears, rolling and sliding bearings, worm gear units, and gear couplings. The oil reservoir is monitored for continuous or point level.
  • WIND TURBINE GEARBOX: Gearbox and bearing lubrication are of particular importance due to the complexity of the gearbox and the high mechanical loads. Gearbox and bearing problems are a common cause of downtime; and loss of oil through a small leak has lead to catastrophic wind turbine failures. Along with vibration, temperature, and flow sensors, a low level gearbox oil alarm is a critical safety control.

Water pumping level application

  • WATER PUMPING STORAGE: For industrial and agricultural use, a water pumping windmill is typically placed above a well or near a river. Next to the mill a storage tank is placed to provide a buffer supply of water for when the mill is not operational. Ferro-cement  and steel tanks are typically used.

Other wind energy applications

  • Municipal and Industrial Water Services
  • Mechanical Power Mills
  • Telecommunications and Radar
  • Pipeline Control
  • Navigational Aids
  • Cathodic Protection
  • Weather Stations and Seismic Monitoring