The Danish Business Daily recently reported that Danish wind turbine companies and researchers at Aalborg University have jointly developed a system called Irotor to reduce the cost of wind power to make it competitive with fossil fuel-fired power generation. The new fan technology uses lighter and longer blades and is currently being tested at sterild's National Fan Testing Center. The key to this technology is the built-in sensor that senses the strength of the wind and thus automatically regulates the fan blades so that they will not break when efficiently generating electricity.
At present, the common challenge in the wind turbine industry is how to generate electricity at low cost and efficiently. Therefore, Irotor system has great export potential. The total technical research and development budget of 65 million Danish crowns, of which innovative funds funded 33 million Danish crowns. Claus Byskov, project manager at LM Wind Power, the world's largest maker of wind turbine blades, said: "At present, several large enterprises in the market all reflect the uniqueness of this technology. Wind farms have been built in most of the windy regions of the world, Some of the wind farms built are weaker and require longer fan blades, and we are hoping to develop the first technology to meet that need. "René Balle, Technical Director, Wind Turbine Control Systems Manufacturer KK Wind Solutions said:" Irotor has Potential Reduces wind power costs to one of the same competitive technologies as nuclear and fossil fuel power generation. "
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