Wind Turbine Lidar Remote Sensing System For Wind Farm Performance Analysis

Product Description:

The Offshore Wind Lidar is a cutting-edge product specifically designed for accurate and reliable wind measurements in offshore environments. With a wind speed range of 0-75m/s, this Lidar system ensures precise data collection even in challenging offshore conditions.

Equipped with a power of 60W, the Offshore Wind Lidar is highly efficient and can operate continuously to provide real-time wind speed and direction measurements. The system's measuring distance varies based on the type of wind power being measured. For Ordinary Type, the measuring distance ranges from 20-350m, while for Wind Power Type, it extends from 10-350m.

One of the key features of the Offshore Wind Lidar is its wind direction accuracy of 1°. This high level of precision allows for detailed analysis of wind patterns and behavior, enabling better decision-making in offshore wind energy projects.

In terms of communication, the Offshore Wind Lidar is equipped with Ethernet (100BASE-TX) connectivity, ensuring seamless data transfer and integration with existing monitoring systems. This enables easy access to wind data for analysis and optimization of offshore wind operations.

The Offshore Wind Lidar is a reliable and advanced solution for offshore wind monitoring, offering unparalleled accuracy and performance. With its ability to measure wind speeds up to 75m/s, power efficiency of 60W, precise wind direction accuracy of 1°, and Ethernet communication capability, this Lidar system is the ideal choice for offshore wind energy projects.

In conclusion, the Offshore Wind Lidar, also known as the Offshore Wind Laser Doppler Velocimeter, is a state-of-the-art tool for offshore wind measurement. With its exceptional capabilities in capturing wind speed and direction data with precision down to 0.1m/s and 1°, this Lidar system sets the standard for offshore wind monitoring technology. Its reliable performance, efficient power usage, and seamless communication features make it an essential component for successful offshore wind energy projects.

Features:

• Product Name: Offshore Wind Lidar
• Data Format: ASCIl
• Wind Speed Accuracy: 0.1m/s
• Humidity Range: 0% To 100%
• Powered By: 24V±5%DC,100~230VAC
• Corrosion Class: C5M,IEC60068-2-52-2017

Technical Parameters:

Applications:

Movelaser's Offshore Wind Lidar product, model MolasB300M, is a cutting-edge technology originating from China. It is designed for various application occasions and scenarios, providing accurate wind measurements for offshore wind farms.

The Offshore Wind Lidar is suitable for a wide range of environments due to its robust design and high protection class. It can withstand extreme conditions, making it ideal for offshore installations where harsh weather is common.

With a measurement layer of 12 or 24, the MolasB300M offers flexibility in capturing wind data at different heights, ensuring comprehensive analysis for wind farm planning and optimization.

Operating in a wide temperature range of -40°C to 60°C, this lidar system can function effectively in both cold and hot climates, providing reliable wind speed measurements with an accuracy of 0.1m/s.

Moreover, the Offshore Wind Lidar is equipped with Ethernet communication (100BASE-TX), enabling seamless data transfer and integration with existing systems for real-time monitoring and analysis.

Whether it's for wind resource assessment, power curve measurement, or wind farm optimization, this lidar product offers precise data to support decision-making in the renewable energy sector.

The Offshore Wind Lidar has a humidity range of 0% to 100%, ensuring accurate measurements even in high humidity conditions. Each set of the product comes with packaging details in a flight case, ensuring safe transportation and storage.

Customers can order a minimum quantity of 1 set, making it accessible for various project scales. The versatility and reliability of the MolasB300M make it a valuable tool for offshore wind energy developers and operators looking to maximize energy production and operational efficiency.