Precision Anemometers for Real-Time Wind Monitoring Solutions
Accurate, reliable wind speed and direction measurement systems for industrial, research, and environmental operations.
High-Precision Anemometers for Wind Monitoring and Analysis
Anemometers are critical tools used to measure wind speed, direction, and turbulence across a wide range of industrial and scientific environments. These devices serve as a core component of environmental monitoring systems, aviation safety platforms, meteorological research, and renewable energy operations. Built for precision and resilience, modern anemometers deliver real-time data essential for weather prediction, structural analysis, and climate modeling.
Meteorological Climate provides a full range of anemometric technologies designed for B2B applications across North America. As a company based in 250 E 200 S, Salt Lake City, UT 84111, USA, we’ve become a trusted leader in delivering advanced instrumentation and support systems. Our solutions are backed by robust research, quality assurance, and a commitment to customer satisfaction—empowering businesses with accurate, scalable, and interoperable wind measurement systems.
Core Components of Anemometer Systems
In addition to offering products and systems developed by our team and trusted partners for Barometers, we are proud to carry top-tier technologies from Global Advanced Operations Tek Inc. (GAO Tek Inc.) and Global Advanced Operations RFID Inc. (GAO RFID Inc.). These reliable, high-quality products and systems enhance our ability to deliver comprehensive technologies, integrations, and services you can trust. Where relevant, we have provided direct links to select products and systems from GAO Tek Inc. and GAO RFID Inc.
Hardware and Devices
Mechanical Anemometers:
Cup and vane-based sensors used for robust and long-term wind tracking. We support these devices with our Zigbee End Devices , enabling flexible deployment in distributed wind monitoring systems.
Ultrasonic Anemometers:
Non-moving electronic sensors for fast, precise, and low-maintenance measurements. Ideal for integration with LoRaWAN Gateways , enhancing long-range connectivity in open-field applications.
Mounting Assemblies:
Tripods, towers, and pole kits optimized for industrial and environmental settings. We offer rugged Environmental & Agriculture Sensors that complement anemometer arrays for holistic atmospheric insights.
Laser Doppler and Hot-Wire Anemometers:
For high-resolution research applications requiring micro-scale airflow data. Best paired with our Edge Computing – Device Edge solutions to process intensive sensor data closer to the source.
Solar-Powered Units:
Self-sustaining field instruments ideal for remote and off-grid deployments. Enhanced with our NB-IoT End Devices , ensuring low-power, wide-area communication in isolated environments.
Embedded Software and Interfaces
Cloud and Remote Services
Key Features and Functionalities
High-speed sampling and wind vector analysis
Multi-axis wind direction calibration
Rugged weatherproof housing for all climates
Redundant power supply and fault detection
Automated zeroing and calibration routines
Compatibility with SCADA and PLC systems
Integrations and Compatibility
Works with GIS mapping platforms for spatial wind tracking
Compatible with most data loggers and DAQ systems
SCADA/Modbus/BACnet-ready for industrial applications
Seamless export to AWS, Azure, and custom cloud frameworks
Benefits of Using Meteorological Climate’s Anemometers
Improved safety and regulatory compliance for infrastructure and energy operations
Real-time alerts help mitigate damage from severe wind events
Greater data accuracy for climate modeling and forecasting
Low operational cost through automated monitoring and remote access
Reduced downtime with self-diagnostic and maintenance features
Scalable design allows expansion from single sites to regional networks
Industries We Serve
Renewable Energy & Utilities
Civil Engineering & Infrastructure
Aviation & Aerospace
Government & Research Institutions
Environmental Services
Marine & Coastal Management
Applications
Wind farm siting and performance monitoring
Structural load analysis for bridges and skyscrapers
Airport weather stations and UAV flight zones
Coastal weather and storm surge modeling
Research-grade environmental assessments
Smart city and urban air quality monitoring
Relevant Industry Standards & Regulations
ANSI/ASME PTC 19.5
IEC 61400-12-1
ASTM D5096
ISO 17713
CSA C61400-12-1
Case Studies
U.S. Case Study 1 – Wind Farm Optimization in Texas
A utility-scale renewable energy company deployed our ultrasonic anemometers integrated with cloud-based analytics across a 50-turbine site. The system enabled accurate turbine yaw adjustments and reduced downtime during high-wind alerts, increasing annual energy output by 6%.
U.S. Case Study 2 – Airport Weather Station Upgrade in Michigan
We collaborated with an airport authority to replace aging cup anemometers with ultrasonic sensors and cloud-connected software. Resulting data integration with FAA systems improved flight safety and reduced air traffic delays during gust events.
Canadian Case Study – Research Partnership in British Columbia
In partnership with a leading Canadian university, Meteorological Climate supplied Doppler-based anemometers for a mountain weather station network. Data from the system helped researchers better model wind events impacting avalanche risks and local forest dynamics.
Contact Us
Looking to learn more about how Meteorological Climate’s anemometer technologies can help your business? Whether you need custom configurations, product recommendations, or integration support, our team is here to help.