Catch the Wind signs sales agreement with BP Wind Energy

Catch the Wind Ltd. says it has sold two Vindicator laser wind sensors to BP Wind Energy. After installing and testing the units, BP Wind Energy has agreed to purchase sizeable quantities of additional units. The wind sensors measure wind speed and direction some 200 M ahead of a turbine letting it prepare for wind changes before they reach it. Previous tests showed a 10% improvement in energy capture.

Both companies have agreed to use the services of a recognized third-party evaluator to confirm the results of the test program, which will begin after installation of the sensors. Financial terms of the sales agreement were not disclosed.

About Catch the Wind Ltd.
Catch the Wind Ltd., headquartered in Manassas, Virginia, was founded in 2008 to develop and manufacture the Vindicator laser wind sensor. The company serves the commercial market sector for laser-based wind sensor systems. The company is focused on becoming a contributor in making wind energy affordable and profitable.

www.catchthewindinc.com.

Wind-direction sensor lets turbines capture more power

A recent report shows that a laser wind sensor can increased the energy output of a turbine by an average 12.3% as a result of better alignment with oncoming wind and increased gust detection. The increased energy output comes from the Vindicator LWS, a laser-based wind speed and direction sensor that provided data to turbine controls. The sensor looks up to 300 m ahead of a turbine and signals the controls to turn and face the wind as it arrives. Developer of the sensor, Catch the Wind, Manassas, Virginia (catchthewind.com) says by excluding statistically insufficient measurement data, its unit improved energy output by more than 18%. “Our field trial with Nebraska Power further validated the capabilities of the Vindicator to improve the performance of a turbine through forward measurement of wind speed and direction,” says Catch the Wind CEO Phil Rogers. “By increasing energy output by only 10% per turbine, for example, we believe wind-farm operators can expect to generate a cash flow in excess of $600,000 for a typical 2.5 mega-watt turbine or $18 million for a typical 75-MW wind farm. The incremental cash flows generated during the first 24 to 36 months are sufficient to payback the initial investment.” The company says a technical report on its website details field trial results and an economic valuation model which calculates the financial return of the device.

Catch the Wind and the Nebraska power company agreed to a trial program to evaluate how using forward measurement of wind speed and direction can align wind turbines with the approaching wind and reduce the off-axis stress loads on turbines. A beta production model of the sensor unit was linked into the controls of a working Vestas turbine at the Ainsworth Wind Energy Facility near Ainsworth, Nebraska. WPE