Adaptable Design for Low cost, Efficiently Reconfigurable Offshore Wind LIDAR

该项目旨在通过针对风能项目多个阶段使用的风监测基础设施来降低海上风能的成本。通过开发一种工厂适应性激光风传感器设计，这种远程传感器系统的成本可以降低-通过使用模块化方法来进行子系统设计，维护和停机时间成本可以降低。该项目的产出将包括为不同应用而设置的不同风廓线仪的现场演示。这些风廓线仪基于激光雷达（光探测和测距），该项目汇集了风能激光雷达开发商、光学产品设计师、加固光学仪器工程师以及风能行业的最终用户。该项目将利用英国和德国的风能测试站点——德国正在建立一个平行项目——研究风能激光雷达的垂直剖面和验证方法。

This project seeks to reduce the costs of offshore wind by targeting the wind monitoring infrastructure used at multiple stages of wind energy projects. By developing a factory adaptable laser wind sensor design the costs of such remote sensor systems can be reduced - by using a modular approach to the subsystem design, maintenance and down time costs can be reduced. The outputs from this project will include field demonstrators of different wind profilers set up for different applications. These wind profilers are based on LIDAR - (LIght Detection And Ranging) and the project brings together wind LIDAR developers, optical product designers, ruggedised optical instrumentation engineers as well as the wind industry end user. The project will make use of wind energy test sites in the UK and also in Germany - where a parallel project - looking at wind LIDAR vertical profiling and validation methods is being set up.