Product Description:
The Molas B300 functions based on the Doppler frequency shift principle, utilizing DBS-scanning vector synthesis technology to accurately measure wind speed and wind direction. It is capable of operating at various heights, ranging from 30 meters up to 350 meters above the lidar device.
This series consists of four essential components: a fiber laser lidar transmitter, a laser transceiver system, a high-speed data acquisition unit, and sophisticated high-precision data processing software. Each component is meticulously designed and optimized to work together seamlessly, guaranteeing excellent system coordination.
Moreover, the integration of these modules ensures robust data security and reliability. The Molas B300 series delivers performance that matches international advanced standards, making it a competitive solution in wind measurement technology.
Features:
Non-Contact Measurement
Our technology offers a convenient and rapid non-contact measurement solution, setting the standard in the industry.
High Accuracy
Achieve precise measurements with accuracy levels up to 0.1 meters per second and 1 degree.
Easy Maintenance
Maintenance is straightforward and quick, ensuring there are no risks to safety during production.
Data Security
Our system guarantees data protection, eliminating economic and policy risks related to data leakage.
Large Measurement Range
Supports a broad range from 20 to 350 meters, with options for 12 or 24 custom levels to suit various needs.
No Infrastructure Required
There is no need for land acquisition or infrastructure construction, which reduces both hassle and effort.
Flexible Deployment
The equipment is compact and lightweight, allowing it to adapt easily to diverse terrain environments.
All-Weather Capability
Designed to operate reliably even in harsh outdoor environments without any performance degradation.
Time-Saving and Efficient
With user-friendly operation, the system can be quickly deployed, saving valuable time and reducing costs.
Flexible Configuration
Wireless connectivity enables flexible configuration delivery and seamless data transmission.
Technical Parameters:
|
Wind Speed Range
|
0~75 m/s
|
|
Powered By
|
24V±5% DC, 100~230V AC
|
|
Wind Speed Accuracy
|
0.1 m/s
|
|
Size
|
554*430*581 mm³ (with Handle)
|
|
Humidity Range
|
0% To 100%
|
|
Wind Direction Accuracy
|
1°
|
|
Power
|
≤60W
|
|
Distance
|
Ordinary Type 30~350 m
|
|
Sampling Rate
|
1 Hz
|
|
Measurement Layer
|
12 Or 24
|
Applications:
Wind Resource Assessment
Evaluating the availability and quality of wind resources is a crucial step in the development of wind energy projects. This process involves measuring wind speed, direction, and other meteorological factors to determine the potential energy that can be harnessed from a specific location.
Wind Power Prediction System
Advanced systems are designed to forecast wind power generation accurately. These prediction tools utilize historical data, weather models, and real-time observations to provide reliable estimates, thereby optimizing the integration of wind power into the energy grid.
Weather Detection
Monitoring weather conditions plays a vital role in managing and operating wind energy installations. Accurate weather detection helps in anticipating changes that may affect power generation and ensures the safety and efficiency of wind turbines.
Micro Site Selection and Review
Selecting an optimal micro site requires a detailed analysis of local terrain, wind patterns, and environmental factors. This review process ensures that wind turbines are positioned in locations that maximize energy output while minimizing potential impacts.
Wind Farm and Performance Assessment
Evaluating the overall performance of wind farms is essential for maintaining efficiency and identifying areas for improvement. Performance assessments include analyzing energy production, operational data, and maintenance records to enhance the productivity of wind power facilities.
Your message must be between 20-3,000 characters!
