Remote Sensing Devices (Lidars) for Wind Measurement

P99 Energy designs and executes meticulous measurement campaigns tailored to your project’s needs, risk profile and timelines. We are strong supporters of remote sensing technology which provides quick and risk free deployment. Lidars are accurate and well accepted measurement devices compliant to all applicable international standards. Here are the key products we offer:

  • Industry-leading remote sensing technology for wind measurements

  • Quick deployment with minimal regulatory requirements

  • IEC-compliant and bankable data

  • Authorized representative of Vaisala’s WindCube® Vertical Profiler and ZX Lidars

lidar installation

Integrated Lidar Container – PV and Methanol Fuel Cell

The Lidar trailer – deployable Containerized Hybrid Power Supply Unit is a fully autonomous, turnkey solution engineered to reliably power LiDAR systems in remote, off-grid locations. Designed as an integrated LiDAR container and containerized LiDAR system, it combines high-efficiency solar generation with an EFOY methanol fuel cell backup to ensure uninterrupted LiDAR operation throughout long-term measurement campaigns — even in harsh weather and low-solar conditions.

 

All components are integrated into a compact, robust LiDAR housing container, also referred to as a mobile LiDAR container, that enables fast deployment, secure equipment housing, and easy relocation between sites. The system can be deployed as a Lidar trailer solution, is compatible with flatbed trailers, and includes certified attachment points for cranes, forklifts, truck loading, marine transport, and helicopter hauling.

 

  • Fast deployment and efficient redeployment using an integrated container system.

  • Protects LiDAR and critical components from harsh environmental conditions.

  • Ensures continuous, stable power supply — maximizing data availability and minimizing downtime.

  • Hybrid PV + fuel cell design enables year-round operation with minimal maintenance.

  • Remote monitoring reduces site visits and supports preventive maintenance strategies.

Meteorological Towers for wind measurements

  • Custom-designed systems meeting IEC standards

  • Proven reliability with redundant data collection

  • IEC-compliant and bankable data

  • Full-service installation, maintenance, and data management

met-mast installation wind
met-mast installation wind

Meteorological sensors and Data Loggers

P99 supplies and installs last-generation, high-sensitivity meteorological sensors and data loggers for accurate and reliable environmental monitoring. Mounted on meteorological masts, these systems are designed to collect precise data on wind, temperature, humidity, pressure, and other atmospheric parameters.

 

By combining advanced sensor technology with expert installation, P99 delivers robust measurement solutions optimized for long-term performance and high data quality, even in challenging weather and site conditions.

Hybrid Power Supply System (PV + Methanol Fuel Cell)

A hybrid system combining high-efficiency photovoltaic generation with an EFOY methanol fuel cell backup, ensuring uninterrupted LiDAR operation regardless of weather conditions or prolonged low solar input.

  • Continuous, autonomous LiDAR power supply in all weather conditions.

  • Optimized fuel consumption and maintenance intervention.

  • Robust system design for extended operational lifetime.

  • Ideal for challenging, low-solar environments or extended winter campaigns.

wind resource assessment
wind resource assessment

Photovoltaic Power Supply System (PV Only)

A fully solar-powered, maintenance-free system engineered to deliver continuous LiDAR operation by leveraging high-capacity solar generation and energy storage, ideal for sites with reliable solar resource availability.

  • 100% renewable, zero-fuel, fully autonomous operation.

  • Maintenance-free design for long-term, reliable performance.

  • Environmentally friendly with zero operational emissions.

  • Reduced operational expenses due to fuel independence.

  • Ideal for locations with consistent solar resource availability.