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Leice - Wind Energy Lidar
The Lidar technology becomes indispensable in the development of wind energy projects, especially when it expands from onshore to offshore. The wind measurement solution by lidars is more cost-saving and feasible.
Lidar wind energy systems are more cost-effective than traditional weather masts and are less susceptible to mechanical failure, lightning strikes and strong winds. Its structure is simple and easy to install, so users can easily integrate it onto a stand-alone floating structure or offshore platform to collect offshore wind data. Taking into account the complexity and variability of the marine environment, we have equipped these lidar instruments with sturdy, impact-resistant and corrosion-resistant housings, which means that they are not prone to data errors or damage under the impact of waves and sea winds. Our lidar systems output precise and reliable wind data such as wind speed, direction and turbulence intensity, easily meeting the requirements for creating viable projects and competitive bids for new wind farm developments. For more detailed information, you are welcome to contact us at any time!
High-precision wind measurement
This lidar wind energy system is designed based on advanced lidar technology, so it can ensure accurate measurement of wind data and is not affected by weather, terrain and environment.
Easy to install
This lidar system has a simple structure and is easy to install because compared to traditional wind measurement towers or meteorological masts, it does not require the installation of a large number of sensors and antennas.
Cost savings
Maintenance costs for the lidar system are relatively low, as components are made of materials that are resistant to sea wind erosion. Based on advanced technology, it also eliminates the need for frequent calibration.
Energy saving
By comprehensively scanning and monitoring the wind farm, this lidar wind energy system can reduce wind energy losses and overall power generation costs, thereby improving power generation efficiency.
- Onshore and Offshore Wind Energy
- Accurate Wind Resource Assessment
- Power Performance Verification
- Bankable Data to Reduce Fund Risk
- Power Curve Assessment and Prediction
- Site Selection and Feasibility Study
- Offshore Virtual Met Tower