Product Description:
The Molas B300 utilizes the Doppler frequency shift principle alongside DBS scanning vector synthesis technology to accurately determine wind speed and direction. It is capable of measuring atmospheric conditions at heights spanning from 30 meters up to 350 meters above the lidar unit.
This advanced system is composed of four fundamental components. Firstly, there is a fiber laser lidar transmitter that generates the necessary laser signals. Secondly, a laser transceiver system facilitates the emission and reception of these signals. Thirdly, a high-speed data acquisition system captures the incoming data efficiently. Lastly, the solution includes sophisticated data processing software designed to analyze and interpret the collected information with high precision.
All these modules are designed for optimal compatibility, ensuring seamless integration and maintaining the security of data throughout the entire system. Thanks to this highly coordinated architecture, the Molas B300 series achieves performance standards that are recognized as leading at the international level.
Features:
The Molas B300 utilizes advanced non-contact measurement technology, delivering fast and convenient operation paired with industry-leading performance. It provides highly accurate data, achieving a wind speed precision of 0.1 m/s and wind direction accuracy within 1°, ensuring dependable support for wind resource evaluation.
Featuring a broad measurement range from 20 to 350 meters and the ability to support 12 or 24 customizable measurement layers, the Molas B300 is adaptable to diverse wind monitoring requirements. Its compact and lightweight design eliminates the need for land acquisition or civil construction, allowing flexible installation even in challenging terrains, which reduces both labor and overall costs.
Built to operate reliably under all weather conditions, the Molas B300 withstands harsh outdoor environments with ease. Maintenance processes are straightforward and swift, minimizing safety concerns during production. Additionally, secure data transmission safeguards against economic and policy risks related to data breaches.
Equipped with wireless configuration and data transmission capabilities, the Molas B300 is user-friendly and enables rapid deployment. This results in significant reductions in project duration and expenses. The Molas B300 is engineered specifically for precise wind measurement, empowering efficient and successful project implementation.
Technical Parameters:
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Measurement Principle
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Pulsed Laser Coherent Doppler
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Sampling Rate
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1 Hz
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Protection Class
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IP68
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Powered By
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24V ±5% DC, 100~230V AC
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Wind Speed Accuracy
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0.1 M/s
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Wind Speed Range
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0~75 M/s
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Temperature Range
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-40°C ~ +60°C
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Weight
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≤50 Kg
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Humidity Range
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0% To 100%
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Size (with handle)
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554 * 430 * 581 Mm³
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Applications:
The MOLAS B300, a cutting-edge product from the renowned brand MOLAS, is a highly advanced wind speed measurement device originating from China. This IEC-compliant wind lidar system utilizes lidar-based measurement technology to provide precise and reliable wind speed and direction data. Designed to operate efficiently within a wind direction range of 0~360°, the MOLAS B300 offers exceptional wind direction accuracy of 1°, making it ideal for a wide array of applications.
One of the primary application occasions for the MOLAS B300 is in meteorological monitoring and weather forecasting. Its ability to measure wind speeds accurately over distances ranging from 30 to 350 meters (ordinary type) allows it to serve effectively in weather stations, providing vital data for predicting weather patterns and improving safety measures. The device’s capability to function across a humidity range of 0% to 100% ensures reliable performance in diverse environmental conditions.
In addition, the MOLAS B300 is perfectly suited for renewable energy projects, particularly in the wind power industry. Developers and engineers use this lidar-based measurement tool to assess potential wind farm sites by analyzing wind profiles and turbulence. Its low power consumption of ≤60W and fast delivery time make it a convenient and cost-effective solution for remote or temporary installations. The inclusion of a durable flight case in the packaging details guarantees safe transportation and ease of deployment on-site.
Furthermore, the MOLAS B300 finds applications in aviation and environmental research. Airports can employ this IEC-compliant wind lidar to monitor wind conditions in real-time, enhancing flight safety and operational efficiency. Environmental scientists also rely on its precise wind data to study airflow patterns, pollution dispersion, and ecosystem dynamics. The device's minimum order quantity of just one set enables customized deployment tailored to specific project needs.
Overall, the MOLAS B300 wind speed measurement system represents a versatile and reliable solution for industries requiring accurate wind data. Its advanced lidar-based measurement technology, combined with robust design and high accuracy, positions it as an indispensable tool for meteorology, renewable energy, aviation, and environmental research applications worldwide.
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