V300 Vertical Profile Doppler Wind LIDAR
Doppler Lidar is a tool capable of measuring the wind accurately. In areas such as wind power generation facilities and wind farms. The Doppler Lidar can provide wind conditions remotely and in real time—something that cannot be done with conventional systems equipped with anemometers.
Doppler wind lidar can be a part of intelligent wind power control system for offshore and onshore wind farms measurement and establishment of "big data +" and "wind turbine internet" . Measurement accuracy is up to 0.1-0.5m/s, highly reliable, can compete against foreign counterparts.
Doppler wind lidar, as a new generation of wind resources measurement tool, can improve the efficiency of wind power generation by 3-10%, extend work efficiency over 10%.
INTRODUCTION
The V300 Vertical Profile Wind Lidar meets the IEC 61400-12-1 standard of wind measurement. It is an economic choice of wind measurement for the power curve determination and estimation, wind farm operation and maintenance, pre-evaluation, initial site assessment.
V300 is a pulse coherent Doppler wind lidar which is developed for wind power users, featured compact, high precision and low power consumption. It has great potential and important application value in the field of aviation meteorology, meteorological fields, research institutes.
V300 uses the Doppler Beam Swinging (DBS) configuration which can probe the wind speed and direction profile from 40m to 240m(up to 300m), it can capture wind profile in a very high spatial(≤0.1m/s) and temporal resolution (1s data sampling rate).
V300 is featured portable, unsupervised, low power consumption, no electromagnetic interference, GPRS wireless transmission, and therefore can operate in harsh environments outside.
FEATURES
l Eye safety, ultra-portable, low power consumption, quick launch, easy operation
l Unattended and continuous operations in harsh mountainous regions, and can turn on/off automatically according to the weather conditions.
l To capture real-time wake effects turbine-to-turbine, wind profile and turbulence from ground to the whole rotor disc with high spatial and temporal resolution
l To measure wind speed, direction, shear and air turbulence instantaneously with high speed data sampling rate
l Measurement range 40-300m, DBS-5 beam scanning
l Modular design for different platforms, buoy and vehicle-mounted
MAIN ADVANTAGES
Reliable&Space-time resolving&Accurate
Compact&Easily transportable
Instant outdoor set up&Plug and play
Easily operate and maintenance&Unattended
Self calibration&More than 5-10 years’ lifetime
Software upgrade free&Personalized
SPECIFICATIONS
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Performances |
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Measurement range |
40m~240m |
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Laser wavelength |
1550nm, Eye safety Class 1M,Compliant with IEC 60825-1 |
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Data update rate |
1s |
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Wind speed range |
0~70m/s |
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Wind speed accuracy |
≤0.1m/s(Radial velocity); ≤0.2m/s(Wind Profile) |
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Radial range resolution |
1m, 40~240m(Configurable) |
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Scanning features |
DBS |
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Technical |
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Weight |
<70kg |
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Data storage |
1T SSD, more than 12 months of data storage |
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Power consumption |
90W |
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(L*W*H)/Size |
550* 550*700 mm |
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Power supply |
220V/50Hz 12V/24V |
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Software/Data |
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Output data |
Second-class wind speed&direction 5min/10min average wind speed&direction Min&max wind speed Wind speed standard deviation, vertical wind speed Signal to Noise Ratio(SNR) GPS coordinates, time The temperature, humidity, pressure, monitoring of lidar system |
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Data format |
ASCII |
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Data transfer |
Ethernet/CAN/3G |
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Environmental |
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Operating condition |
T:-30℃to -50℃ (Relative humidity): 0~100% |
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Housing classification |
IP65(Standard configuration) |
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Ice/Rain protection |
Automatic window blower&heater |
| Contact Person : | wala |
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