LIDAR und SODAR Fernerkundungsgeräte
 
 
In recent years, Remote Sensing Devices (RSD), such as LiDAR or SODAR, have gained more and more reliability, positive response and acceptance from the wind community; mainly driven by the fact that hardware costs were dropping, and the data accuracy and device reliability have improved significantly.


It has been shown that RSD measurement uncertainties, compared to measurements with First Class Cup Anemometers, in some cases (non-complex terrain), were even lower than the uncertainty of the Cup Anemometer measurements. However, in such cases it is not possible to determine at a first glance “which device is measuring more accurate”, since the values are lower than the uncertainties of the measurement devices themselves, and hence diminish in the uncertainty budget.

Nevertheless, extreme precaution must be taken in complex terrain, as the uncertainties are significantly higher for RSD. If RSD technologies are used, it should be done in parallel to a reference measurement mast installed.


ProfEC Ventus offers A-Z performance of different RSD-supported measurement campaigns, tailor made to the needs, means and expectations of our Clients. The measurement data are processed and evaluated in accordance to our accredited services, yielding in a bankable measurement report with accredited conclusions drawn.


 
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SODAR Leasing
In case of a long-term RSD measurement campaign, leasing may be an attractive option to our Clients. If an RSD is rented for more than 6 months, ProfEC Ventus offers its Client to acquire the RSD device at a remaining value, which decreases on a monthly base. The value depends on the device type, age, condition and rental fee (tariff-structure) applied before during the rental term. For a concrete quotation at the end of your rental term, please contact our experts.  

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≈US$0.00 ≈A$0.00 ≈£0.00 ≈R$0.00 ≈JP¥0.00
TRITON Wind Profiler- 3 Months Rental Service
TRITON Wind Profiler a Vaisala - SECONDWIND device • Measures up to 10 customizable heights between 40m to 200m above ground level • Wind speed measurement range 0...40m/s • Measures accurately at a bankable level horizontal wind speed, wind direction, flow inclination and turbulence intensity • Classification and operational standard uncertainty acc. to IEC 61400-12-1 Ed.2 (03-2017) • 1s sampling rate and 10-min averaging periods • Precise derivation of wind veer and wind shear • Measures temperature, relative humidity and barometric pressure at Vaisala device quality • Very low mean deviation of the measurements of the horizontal wind speed component between Triton and a specific reference cup anemometer in flat terrain (between 0.0 m/s and ~0.1 m/s in the different measurement heights) • Low power consumption (7W only) • Data access and monitoring via web portal • Ease of deployment: installed and collecting data within 2 hours • > 98% average operational uptime • Stands up to harsh climates; works down to −40°C (−40°F) ... 65°C (149°F) at 0 ... 100% rel. humidiy • Improved accuracy in complex terrain: CFD correction factors (Flow Complexity Recognition / FCR) reduce the dataset-wide difference in mean wind speed measured by Triton and met masts from approx. 2.4% to as low as 0.1%, enabling bankability even in complex terrain • Yielding a standard uncertainty as low as ~2.3% for complex terrain and ~1.3% for flat terrain • Includes TRITON power supply (180Wp PV & 464 Ah battery capacity) for about 30 days device operation without battery charging   Minimum rental term: three months, with subsequent extension of the rental period at a monthly base Data Sheet   [TAB:Documents]Deutsche_Windguard_2011_Triton_Study.pdf ECN_Triton_609_Validation_x15086rev1.pdf Remote Sensing and Tower Cost of Ownership Checklist.pdf Remote-Sensing-Versus-Towers.pdf Triton Dimensions.pdf TritonCFDValidation_B211724EN_lo.pdf WEA-ERG-G-Triton-Brochure-B211483EN.pdf WEA-ERG-Vaisala Triton Sonic Wind Profiler Introduction.pdf Wind Prospect Success Story.pdf For further information please contact us or check the OEM homepage for most recent information.

€9,900.00*
≈US$10,611.32 ≈A$15,218.28 ≈£11,226.60 ≈R$55,194.48 ≈JP¥1,416,224.70