Product Description:
The Molas B300 utilizes the Doppler frequency effect combined with DBS scanning vector synthesis technology to accurately measure both wind speed and wind direction. These measurements cover altitudes extending from 30 meters up to 350 meters above the lidar device.
This advanced system is composed of four key components that work seamlessly together. These include a fiber laser lidar transmitter, a laser transceiver system, a high-speed data acquisition unit, and sophisticated high-precision data processing software. Each of these modules is designed for high compatibility, which ensures smooth system integration and secure handling of data throughout the measurement process.
Thanks to the effective integration of these core modules, the Molas B300 series achieves an overall performance that aligns with internationally recognized advanced standards, making it a leading solution in wind measurement technology.
Features:
The Molas B300 utilizes advanced non-contact measurement technology, delivering fast and user-friendly operation combined with top-tier industry performance. It offers exceptional precision, with a wind speed accuracy of 0.1 m/s and a wind direction accuracy of 1°, ensuring dependable data that supports accurate wind resource evaluations.
Featuring a broad measurement range extending from 20 to 350 meters and compatible with either 12 or 24 customizable measurement layers, the Molas B300 is highly adaptable 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, which helps reduce both effort and expenses.
Built to withstand all weather conditions, the Molas B300 guarantees consistent performance in demanding outdoor environments. Maintenance procedures are straightforward and efficient, minimizing safety risks during operational periods. Additionally, the device ensures secure data transmission, thereby preventing the economic and regulatory consequences of data breaches.
With support for wireless configuration and data transfer, the Molas B300 offers ease of use and rapid deployment, substantially cutting down project timelines and costs. Engineered specifically for precise wind measurement, the Molas B300 empowers users to execute projects more efficiently and reliably.
Technical Parameters:
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Size (with handle)
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554 * 430 * 581 Mm³
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Wind Direction Accuracy
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1°
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Distance (Ordinary Type)
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30~350m
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Weight
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≤50 Kg
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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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Humidity Range
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0% To 100%
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Power
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≤60W
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Sampling Rate
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1 Hz
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Measurement Layer
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12 Or 24
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Applications:
The MOLAS B300, a cutting-edge ground-based wind lidar, is expertly designed for precise and reliable wind speed measurement across a variety of applications. Manufactured in China, this advanced onshore wind remote sensing device offers exceptional performance with a measurement distance ranging from 30 to 350 meters, making it highly versatile for diverse environmental conditions. Its robust construction, featuring an IP68 protection class, ensures durability and consistent operation in harsh weather, withstanding temperatures from -40°C to +60°C.
One of the primary application occasions for the MOLAS B300 ground-based wind lidar is in the renewable energy sector. It serves as an essential tool for wind farm site assessment and optimization, enabling engineers to collect accurate wind data for turbine placement and performance evaluation. The device’s high precision and fast delivery time make it invaluable for onshore wind remote sensing, helping to maximize energy production and reduce operational risks.
In meteorology and environmental monitoring, the MOLAS B300 stands out as a reliable instrument for tracking wind patterns and speeds in real-time. Its portability, with a weight of ≤50 Kg and compact flight case packaging, allows for easy deployment in remote or challenging locations. This enables researchers and weather stations to gather critical atmospheric data to improve forecasting models and study climate phenomena.
Additionally, the MOLAS B300 ground-based wind lidar is ideal for use in aviation and maritime sectors where accurate wind measurement is crucial for safety and operational planning. Airports and seaports can benefit from this onshore wind remote sensing device to monitor wind conditions for aircraft takeoff, landing, and ship navigation, reducing the risk of accidents caused by sudden wind changes.
The MOLAS B300 is powered by versatile energy options, including 24V ±5% DC and 100~230V AC, ensuring seamless integration into various infrastructure setups. With a minimum order quantity of just one set, it is accessible for both large enterprises and smaller organizations seeking to enhance their wind measurement capabilities. Overall, the MOLAS B300 ground-based wind lidar is a state-of-the-art solution for any scenario requiring precise wind speed data, combining durability, accuracy, and ease of use in one compact package.
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