Product Description:
The Molas B300 utilizes the Doppler frequency effect combined with DBS scanning vector synthesis technology to accurately measure wind speed and wind direction. These measurements cover a wide range of altitudes, specifically from 30 meters up to 350 meters above the lidar system.
This advanced device incorporates four essential core modules that work seamlessly together. These modules include a fiber laser lidar transmitter, a laser transceiver system, a high-speed data acquisition system, and sophisticated high-precision data processing software. Each component is designed to be highly compatible, facilitating smooth system integration and ensuring the security of data transmission throughout the process.
Thanks to the synergy between its components, the Molas B300 series achieves excellent overall performance, positioning it at an internationally leading standard within the industry.
Features:
The Molas B300 utilizes state-of-the-art non-contact measurement technology, ensuring convenient and rapid operation combined with industry-leading accuracy. It delivers precise wind speed measurements with an accuracy of 0.1 m/s and wind direction accuracy within 1°, offering dependable data essential for wind resource evaluation.
Featuring a broad measurement range from 20 to 350 meters, the Molas B300 supports 12 or 24 customizable measurement layers, making it adaptable to diverse 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, thereby reducing both effort and costs.
Built to withstand all weather conditions, the Molas B300 maintains reliable performance in harsh outdoor environments. It ensures easy and swift maintenance without any safety hazards during operation. Moreover, its secure data transmission safeguards against economic and regulatory risks related to data breaches.
With wireless configuration and data transfer capabilities, the Molas B300 is user-friendly and enables quick deployment, substantially cutting down project timelines and expenses. The Molas B300 is specifically engineered for precise wind measurement, empowering efficient execution of wind energy projects.
Technical Parameters:
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Measurement Principle
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Pulsed Laser Coherent Doppler
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Distance
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Ordinary Type 30~350m
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Wind Direction Range
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0~360°
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Wind Direction Accuracy
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1°
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Weight
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≤50 Kg
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Size (with handle)
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554 * 430 * 581 Mm³
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Power
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≤60W
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Powered By
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24V ±5% DC, 100~230V AC
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Sampling Rate
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1 Hz
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Wind Speed Range
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0~75 M/s
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This product is a third-party certified wind lidar, featuring a pulsed laser coherent Doppler measurement principle. It is a coherent wind lidar designed for ground-based wind lidar applications, providing accurate and reliable wind speed and direction measurements.
Applications:
The MOLAS B300, a cutting-edge Doppler wind lidar system manufactured in China, is a premier ground-based wind lidar solution designed for precise wind speed measurement. With its advanced pulsed laser coherent Doppler measurement principle, this onshore wind remote sensing device offers exceptional accuracy and reliability for various meteorological and environmental applications. The device operates with a power consumption of ≤60W, making it energy-efficient while maintaining high performance.
Thanks to its robust IP68 protection class, the MOLAS B300 is well-suited for harsh environmental conditions, ensuring durability and long-term operation in outdoor settings. The system’s ordinary type measurement distance ranges from 30 to 350 meters, and it offers flexible measurement layers of 12 or 24, allowing detailed vertical wind profile analysis. Packaged securely in a flight case for safe transportation, the product is available with a minimum order quantity of just one set, and MOLAS guarantees fast delivery times to meet urgent project demands.
The MOLAS B300 Doppler wind lidar finds extensive application in multiple scenarios. It is widely used in wind energy projects to optimize turbine performance by providing accurate wind speed and direction data. This ground-based wind lidar is ideal for onshore wind remote sensing, assisting in site assessment, turbine placement, and real-time monitoring of wind conditions. Additionally, it is employed in meteorological stations for weather forecasting and climate research, offering valuable insights into atmospheric dynamics.
Furthermore, the MOLAS B300 is instrumental in aviation safety, helping airports monitor wind shear and turbulence near runways. Its precise and continuous wind measurements support disaster prevention and mitigation efforts, such as tracking typhoons and severe storms. Environmental monitoring agencies utilize this onshore wind remote sensing device to study pollution dispersion and air quality by analyzing wind patterns. Overall, the MOLAS B300 Doppler wind lidar epitomizes a versatile, reliable, and advanced solution for diverse wind measurement needs across industries.
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