Product Description:
The Offshore Wind Lidar Wind Resource Assessment Tool is a cutting-edge technology designed to accurately measure and analyze wind resources in offshore environments. This innovative product offers precise data collection capabilities to help optimize wind energy projects and maximize efficiency.
Key Product Attributes:
Temperature Range: -40°C to 60°C
Wind Speed Accuracy: 0.1m/s
Measuring Distance: Ordinary Type 20-350m, Wind Power Type 10-350m
Data Format: ASCII
Powered By: 24V±5% DC, 100-230VAC
The Offshore Wind Lidar utilizes advanced technology to provide accurate wind speed measurements within the specified range. With a wind speed accuracy of 0.1m/s, this product ensures reliable data collection for wind resource assessment in offshore locations.
Equipped with a measuring distance of 20-350m for Ordinary Type and 10-350m for Wind Power Type, the Offshore Wind Lidar offers versatile capabilities to meet the varying needs of wind energy projects. This flexibility allows for precise data collection at different distances, enabling a comprehensive assessment of wind resources.
The data collected by the Offshore Wind Lidar is formatted in ASCII, providing compatibility and ease of use for data analysis and interpretation. The ASCII format allows for seamless integration with various software applications, making it convenient for wind energy professionals to analyze the collected data effectively.
With power options of 24V±5% DC and 100-230VAC, the Offshore Wind Lidar can be easily powered in offshore environments, ensuring continuous operation for extended periods. This reliable power source contributes to the product's efficiency and performance, making it a valuable tool for wind resource assessment in challenging offshore conditions.
In conclusion, the Offshore Wind Lidar is an advanced Wind Resource Assessment Tool that offers precise wind speed measurements, versatile measuring distances, and convenient data formatting. Powered by reliable sources, this product is an essential tool for offshore wind energy projects, providing accurate data to optimize performance and maximize energy production.
Keywords: Offshore Wind Lidar, Wind Resource Assessment Tool, Wind Speed Range, Offshore Wind Laser Doppler Velocimeter
Features:
- Product Name: Offshore Wind Lidar
- Wind Direction Accuracy: 1°
- Eye Safety: Class 1M(EN60825-1)
- Wind Speed Accuracy: 0.1m/s
- Size: 554'430“576mm³ (including Handle)
- Corrosion Class: C5M, IEC60068-2-52-2017
Technical Parameters:
| Measurement Layer |
12or24 |
| Wind Speed Range |
0-75m/s |
| Wind Speed Accuracy |
0.1m/s |
| Temperature Range |
-40°C~60°C |
| Weight |
≤50kg |
| Eye Safety |
Class 1M(EN60825-1) |
| Measuring Distance |
Ordinary Type 20-350m; Wind Power Type 10-350m |
| Wind Direction Accuracy |
1° |
| Size |
554*430*576mm³ (including Handle) |
| Humidity Range |
0% to 100% |
Applications:
Movelaser's Offshore Wind Lidar Remote Wind Measurement Tool, model MolasB300M, is designed for a variety of applications and scenarios. Its advanced features make it a versatile solution for wind measurement in offshore environments.
Originating from China, this innovative product has a minimum order quantity of 1 set and comes packaged in a durable flight case for protection during transport and deployment.
The Offshore Wind Lidar, with a corrosion class of C5M according to IEC60068-2-52-2017 standards, is equipped with Ethernet communication (100BASE-TX) for seamless data transfer.
With a wind speed range of 0-75m/s, this tool provides precise measurements in a variety of wind conditions. Additionally, it offers eye safety with Class 1M (EN60825-1) certification, ensuring safe operation for users.
Powered by 24V±5% DC or 100~230VAC, the MolasB300M is a reliable and efficient solution for offshore wind measurement needs.
Whether used for offshore wind farm development, research, or environmental monitoring, this Lidar product is a valuable asset in capturing accurate wind data. Its ability to measure wind speeds as low as 0.1m/s and wind directions with an accuracy of 1° makes it ideal for a wide range of applications.
