60W or below Lidar-based measurement technology offering distance capability from 30 to 350 meters ideal for surveying mapping and automation

Product Description:

The Molas B300 utilizes the Doppler frequency shift principle and incorporates DBS scanning vector synthesis technology to accurately determine wind speed and direction. It is capable of performing measurements at various heights, spanning from 30 meters up to 350 meters above the lidar device.

This advanced system comprises four fundamental components: a fiber laser lidar transmitter, a laser transceiver unit, a high-speed data acquisition module, and sophisticated high-precision data processing software. Each of these components is designed for seamless compatibility, enabling efficient system integration and ensuring the security of data transmission throughout the entire system.

Thanks to the meticulous design and integration of these modules, the Molas B300 achieves performance metrics that are recognized as internationally advanced, making it a leading solution in its field.

Features:

The Molas B300 utilizes advanced non-contact measurement technology, ensuring ease of use and rapid operation while delivering top-tier performance within the industry. It offers exceptional precision with a wind speed accuracy of 0.1 m/s and a wind direction accuracy of 1°, making it a dependable tool for accurate wind resource assessment.

Designed to cover a broad measurement range from 20 to 350 meters and capable of supporting 12 or 24 customizable measurement layers, the Molas B300 caters to a variety of wind monitoring requirements. Its compact and lightweight design eliminates the need for land acquisition or civil engineering works, allowing for flexible installation even in challenging terrains. This feature effectively reduces both labor and financial expenses.

Built to withstand all weather conditions, the Molas B300 maintains reliable performance in tough outdoor environments. Maintenance procedures are straightforward and swift, eliminating safety hazards during operation. Furthermore, its data transmission process is highly secure, which mitigates economic and regulatory risks linked to potential data breaches.

Equipped with wireless configuration and data transmission capabilities, the Molas B300 simplifies operation and accelerates deployment. This leads to considerable savings in project time and costs. The Molas B300 is meticulously engineered for wind measurement applications, facilitating efficient and successful project implementation.

Technical Parameters:

Applications:

The MOLAS B300, an advanced IEC-compliant wind lidar system, is designed for precise and reliable wind speed measurement across a variety of applications. Powered by 24V ±5% DC or 100~230V AC, this cutting-edge device employs a pulsed laser coherent Doppler measurement principle, making it an ideal choice for industries and research institutions that require accurate wind data. With a robust temperature range of -40°C to +60°C, the MOLAS B300 can operate effectively in extreme environmental conditions, ensuring uninterrupted performance.

One of the primary application occasions for the MOLAS B300 is in the renewable energy sector, particularly in wind farm site assessment and performance monitoring. Using lidar-based measurement technology, it provides high-resolution wind speed data from 0 to 75 meters per second, allowing engineers to optimize turbine placement and maximize energy output. The ability to measure wind speeds at 12 or 24 measurement layers adds a significant advantage by capturing detailed vertical wind profiles, essential for comprehensive wind resource analysis.

In meteorological research and weather forecasting, the MOLAS B300’s coherent wind lidar capability enables precise atmospheric wind measurements that enhance the accuracy of weather models. Researchers can deploy this portable unit, which comes securely packaged in a flight case for easy transportation, to remote or challenging environments. Its fast delivery and minimum order quantity of just one set make it accessible for both small-scale studies and large scientific projects.

Additionally, the MOLAS B300 is valuable in aviation for monitoring wind conditions around airports, improving safety during takeoff and landing. Its IEC-compliant wind lidar system ensures compliance with international standards, making it a trusted tool for regulatory bodies and aviation authorities. Industrial applications such as environmental monitoring, pollution dispersion studies, and construction site safety also benefit from this device’s accurate lidar-based measurement capabilities.

Overall, the MOLAS B300 from MOLAS combines advanced pulsed laser coherent Doppler technology with user-friendly features and rugged design. It is well-suited for a broad spectrum of wind speed measurement scenarios, delivering dependable data for energy, research, aviation, and environmental applications worldwide.