iSpin provides 3% more production at Thüle wind farm by detecting turbine yaw misalignment
In spring 2016, Energiekontor installed the spinner anemometer technology iSpin, initially on two of seven Vestas V80-type turbines…. Read the full article here
Windpower Engineering & Development, September 2016
iSpin Guardian approach provides transparency in wind farm performance monitoring
The iSpin Guardian approach allows operators to compare the performance of individual turbines in a wind farm. In its report, ECN confirms that the iSpin Guardian approach…. Read the full article here
WindTech International, September 2016
“The power-curve warranties OEMs give are worthless”
The wind industry is being held back by the reluctance of manufacturers and operators to share data, argues Jan Nikolaisen, talking exclusively to Windpower Monthly… Read the full article here
Windpower Monthly, September 2016
Vattenfall and ROMO Wind publish performance data verifying that iSpin technology accurately measures wind farm performance
Danish-Swiss wind turbine optimiser ROMO Wind together with Vattenfall carried out a performance measurement project at Nørrekær Enge wind farm in Denmark using 13 Siemens 2.3 MW turbines. … Read the full article here
PES, May 2016
ROMO Wind, Vattenfall Complete Turbine Technology Study
ROMO Wind, a Danish-Swiss wind turbine optimizer, has fulfilled a performance measurement project with Vattenfall at the Nørrekær Enge wind farm, located in Denmark, using 13 Siemens 2.3 MW turbines…. Read the full article here
North American Windpower, May 2016
Vattenfall and ROMO Wind publish performance data verifying accuracy of iSpin technology
Wind-turbine optimizer ROMO Wind, together with Vattenfall, carried out a performance measurement project at Nørrekær Enge wind farm in Denmark using 13 Siemens 2.3-MW wind turbines. The goal was to compare the power-curve measurement results of an IEC-compliant met mast, a nacelle LiDAR, and the iSpin spinner anemometer…. Read the full article here
Windpower Engineering & Development, May 2016
A better anemometer gives more accurate wind measurements and monitoring
Although intended to measure wind speeds, conventional anemometers often provide imprecise data. On a wind turbine, these devices are mounted on the nacelle behind the rotor. But this placement can provide distorted measurements because of potential for wind effects from the rotor and nacelle…. Read the full article here
Windpower Engineering & Development, April 2016
All in a Spin
Jan Nikolaisen, Co-CEO of ROMO Wind AG, talks to PES about the importance of accurate wind data collection and spinner anemometer technology…. Read the full article here
PES April 2016
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ROMO Wind’s iSpin
The ROMO Wind iSpin system uses proven ultrasonic technology to measure wind where it first hits the turbine – directly at the spinner. In this way, it is able to measure parameters at the nacelle which until now have been difficult or impossible to measure accurately… Read the full article here
Windtech International, November 2015
Danish Minister of Foreign Affairs is convinced by iSpin technology at HUSUM Wind
ROMO Wind is presenting its patented iSpin technology for measuring wind in front of the rotor at this year’s HUSUM Wind trade fair. Today, Danish Minister of Foreign Affairs Kristian Jensen visited the stand…Read the full article here
PES, September 2015
iSpin trials point to 7.7% boost in energy yield
Danish-Swiss outfit Romo Wind’s trials of a turbine-mounted ultrasonic wind measurement system, iSpin, have pointed to a 7.7% increase in energy …Read the full article here
Recharge, September 2015
Pretty weird and awfully clever
Energy that falls from the sky, a wax engine that runs on lukewarm water, perpetual machines … Crazy ideas by dreamers? Maybe, but what if their ideas really work? Read the full article here
Vattenfall News, June 2015