Product Description:
Key Features:
- Storage Temperature: 40～+70°℃
- Pointing Accuracy: ±0.005°
- Data Storage Time: 5 to 18 Months
- Weight: ≤100kg
- Maximum Acquisition Distance: 15km
The Wind Measurement Lidar is equipped with high-quality components that ensure accurate and consistent measurement of wind speed and direction. Its compact design allows for easy installation in challenging environments, making it an ideal solution for wind resource assessment and monitoring.
With a storage temperature range of 40～+70°℃, this lidar system can operate efficiently in extreme weather conditions, ensuring reliable performance in any environment. The ±0.005° pointing accuracy guarantees precise measurement of wind parameters, providing valuable data for wind farm optimization and energy production forecasting.
The Wind Measurement Lidar offers a generous data storage time of 5 to 18 months, allowing users to collect and analyze long-term wind data for comprehensive wind resource assessments. Its lightweight construction, weighing ≤100kg, facilitates easy transportation and installation, making it suitable for various field applications.
Featuring a maximum acquisition distance of 15km, this lidar system can capture wind data from a wide area, enabling accurate measurement of wind profiles and turbulence characteristics. Its advanced technology ensures high data quality and reliability, making it a valuable tool for wind energy research and development.
In conclusion, the Wind Measurement Lidar is a versatile and reliable solution for wind measurement applications in remote locations. Its exceptional performance, precision features, and long-term data storage capabilities make it an essential tool for wind resource assessment, wind farm planning, and energy production optimization. Invest in the Wind Measurement Lidar to enhance your wind monitoring capabilities and drive the success of your wind power projects.
Features:
- Product Name: Wind Measurement Lidar
- Weight: ≤100kg
- Powered Supply: 220VAC±20% 50Hz±10%
- Size: 756mm*735mm*1000mm
- Distance Resolution: 15m/30m/75m/120m
- Vertical Range: -20°~200°
Technical Parameters:
| Storage Temperature |
40～+70°℃ |
| Vertical Measuring Distance |
4km |
| Powered Supply |
220VAC±20% 50Hz±10% |
| Sight Detection Distance |
10km (under the height of 600m) |
| Accumulation Time |
0.1~10s Optional |
| Operating Temperature |
40～+60°℃ |
| Pointing Accuracy |
±0.005° |
| Operating Humidity |
0%～95% RH |
| Maximum Acquisition Distance |
15km |
| Weight |
≤100kg |
Applications:
Movelaser's Wind Measurement Lidar, model Molas 3D, is a cutting-edge product originating from China and designed for precise wind measurement applications. With a minimum order quantity of 1 set, this lidar comes in durable flight case packaging, ensuring safe transportation and storage.
The Wind Measurement Lidar by Movelaser boasts exceptional pointing accuracy of ±0.005°, making it ideal for capturing precise wind data in various scenarios. Whether used in wind power generation facilities, meteorological research, or environmental monitoring projects, this lidar provides reliable and accurate wind speed and direction measurements.
Featuring a maximum acquisition distance and a compact size of 756mm x 735mm x 1000mm, the Molas 3D lidar can be easily deployed in different locations to gather comprehensive wind data. Its flexible accumulation time ranging from 0.1 to 10 seconds allows users to customize data collection based on specific project requirements.
Moreover, the Wind Measurement Lidar ensures data integrity with a data storage time of 5 to 18 months, enabling long-term analysis and comparison of wind patterns. It can withstand storage temperatures ranging from 40 to +70°C, making it suitable for deployment in various environmental conditions.
Whether used for optimizing wind turbine performance, assessing wind resource potential, or conducting atmospheric research, the Movelaser Wind Measurement Lidar is a reliable and efficient tool for capturing detailed wind information. Its advanced features and precise measurements make it a valuable asset in the field of wind energy and environmental science.
