Overview: The WINDCUBE® v2 is a lidar-based remote sensor designed for wind energy applications, offering high accuracy in measuring wind speed and direction. It is ideal for project siting, turbine optimization, and performance monitoring.

Key Benefits: The device is ultra-portable, weighing 45 kg, and can be installed in 10 minutes. It provides diagnostic support within 48 hours globally, matches the accuracy of a Class 1 anemometer, and is suitable for complex terrains with its CFD software engine.

Applications: The WINDCUBE v2 is used for project siting without the need for permits, suitable for offshore and pre-site evaluations. It measures wind components up to 200 meters, providing data on wind speed, direction, turbulence, and shear.

Technical Specifications: The device measures wind speeds from 0 to 60 m/s with an accuracy of 0.1 m/s and direction accuracy of 2°. It operates in temperatures from -30°C to +45°C and is housed in an IP67 classified enclosure.

Power and Connectivity: The WINDCUBE v2 uses a power supply of 18-32V DC or 100 to 230 VAC and consumes 45W. It features a built-in modem and universal SIM card for remote data access and system monitoring.

Software and Data Management: Data is stored in ASCII format on SSD and compact flash, with transfer options via LAN/USB. The WINDSOFT™ software provides configuration, control, real-time display, and diagnostics.

Additional Features: The WINDCUBE v2 offers GPS geofencing for security and is available with a power pack based on fuel cell technology for remote locations. Offshore solutions include satellite data access and marine protective coatings.

Support and Services: Leosphere and NRG Systems provide global customer service, warranty extensions, and maintenance contracts to ensure fixed cost-of-ownership.

Introduction: The document discusses the increasing use of lidar technology in wind resource assessment to reduce uncertainty and project risks, highlighting the combination of lidar with traditional meteorological masts for comprehensive wind measurement.

Return on Investment: Lidar systems are valuable tools for wind resource assessment, offering benefits in turbine commissioning and wind farm performance monitoring.

Turbine Optimization: Lidar is ideal for measuring turbulence, kinetic energy, and inflow angle, critical for optimizing turbine performance.

Customer Service and Support: Leosphere and NRG Systems formed a joint venture in March 2009 to expand lidar use in the wind energy sector, providing global sales, service, and support.