Product Description:
The Offshore Wind Lidar Remote Wind Measurement Tool is an advanced
technology designed for accurate and reliable wind speed
measurement in offshore environments. The Molas B300M Offshore Wind
Lidar is equipped with cutting-edge features to provide precise
data for various applications.
With wind speed accuracy of 0.1m/s, the Offshore Wind Lidar ensures
highly reliable measurements, making it an ideal choice for
offshore wind energy projects. The device offers a wide humidity
range from 0% to 100%, allowing for precise monitoring of
environmental conditions.
The temperature range of the Offshore Wind Lidar is from -40°C to
60°C, making it suitable for operation in extreme weather
conditions commonly found in offshore locations. This wide
temperature range ensures the device can perform effectively in
various climates.
For seamless data transfer and communication, the Offshore Wind
Lidar is equipped with Ethernet (100BASE-TX) connectivity. This
high-speed communication interface enables efficient data
transmission, ensuring real-time monitoring and analysis of wind
speed data.
The Offshore Wind Lidar requires 60W power consumption, making it
energy-efficient and cost-effective for long-term deployment in
offshore environments. The device is designed to operate
efficiently while maintaining low power consumption, ensuring
reliable performance over extended periods.
Overall, the Molas B300M Offshore Wind Lidar Remote Wind
Measurement Tool offers accurate wind speed measurement, wide
environmental monitoring capabilities, robust communication
features, and efficient power consumption. It is a reliable and
advanced solution for offshore wind energy projects, providing
essential data for optimizing operations and maximizing energy
production.
Features:
- Product Name: Offshore Wind Lidar
- Humidity Range: 0% To 100%
- Power: 60W
- Wind Speed Range: 0-75m/s
- Measurement Layer: 12or24
- Data Format: ASCIl
Technical Parameters:
| Eye Safety | Class 1M(EN60825-1) |
| Communication | Ethernet (100BASE-TX) |
| Corrosion Class | C5M,IEC60068-2-52-2017 |
| Data Format | ASCII |
| Humidity Range | 0% To 100% |
| Temperature Range | -40°C to 60°C |
| Wind Direction Range | 0-360° |
| Protection Class | IP68 |
| Weight | ≤50kg |
| Wind Direction Accuracy | 1° |
Applications:
Movelaser's Offshore Wind Lidar product, model number MolasB300M,
is a cutting-edge Wind Turbine Lidar Remote Sensing System designed
for precise wind energy measurement in offshore wind farms. This
innovative product is ideal for a variety of application occasions
and scenarios due to its advanced features and capabilities.
Originating from China, the MolasB300M Lidar system offers a
measuring distance range suitable for both Ordinary Type (20-350m)
and Wind Power Type (10-350m) environments. This versatility makes
it a perfect solution for offshore wind farms of different sizes
and configurations.
With a wide operating temperature range of -40°C to 60°C, this
Lidar system can withstand harsh weather conditions commonly
experienced in offshore locations. Its superior protection class of
IP68 ensures durability and reliability even in challenging marine
environments.
The MolasB300M is powered by 24V±5%DC or 100-230VAC, providing
flexibility in power supply options for various installation
setups. Its corrosion class of C5M, compliant with
IEC60068-2-52-2017 standards, ensures long-term performance in
corrosive offshore atmospheres.
Each set of the MolasB300M comes in a sturdy Flight Case packaging,
offering convenient transportation and protection during shipping
and installation. The minimum order quantity of 1 set makes it
accessible for projects of different scales.
Whether for wind resource assessment, power curve verification, or
wind farm optimization, the Movelaser Offshore Wind Lidar is a
reliable solution for laser-based remote wind speed sensing in
offshore wind farms. Its state-of-the-art technology and robust
design make it a valuable tool for maximizing energy production and
minimizing operational risks in the offshore wind energy sector.
