MeteoHelix®, MeteoWind®, MeteoShield® will be featured at the IMD Meteorological Expo in St. Petersburg, Russia.

Heated anemometer MeteoWind® 2 immediately after a strong icing event in the mountains of Slovakia.

Heated anemometer MeteoWind® 2 immediately after a strong icing event in the mountains of Slovakia.

BARANI DESIGN Technologies will have on hand the latest meteorological technologies for climate research at the WEATHER • CLIMATE • WATER / EARTH OBSERVATIONS / GREEN ECONOMY 2019 expo in St. Petersburg, Russia on October 9-10, 2019.

The exhibition will take place at the new Expoforum Convention Center in St. Petersburg, Russia, and will be supported by Roshydromet – Federal Service of Russia on Hydrometeorology and Environmental Monitoring.

The expo will showcase the following BARANI DESIGN products:

  • MeteoHelix® метеорологическая метеостанция (micro-weather station, AWOS)

  • MeteoWind® подогрев анемометра (combined heated anemometer with a wind vane)

  • MeteoShield® спираль радиационного экрана c естественной вентиляцией (helical solar radiation shield of a patented design

This exhibition is one of the world’s most significant in the field of hydrometeorology, environmental monitoring, earth observations and green economy for the republics of the former Soviet Union including:

MeteoShield® Professional protecting internal temperature and humidity sensors from the effects of icing.

MeteoShield® Professional protecting internal temperature and humidity sensors from the effects of icing.

  • Armenia

  • Azerbaijan

  • Belarus

  • Estonia

  • Georgia

  • Kazakhstan

  • Kyrgyzstan

  • Latvia

  • Lithuania

  • Moldova

  • Russia

  • Tajikistan

  • Turkmenistan

  • Ukraine

  • Uzbekistan

BARANI DESIGN Technologies AWOS weather station at 2000 meters in High Tatra mountains.

Quantifying benefits of green roofs becomes easier with the latest technological breakthroughs

Comenius University research on the real climatological benefits of green roofs in inner-cities is supported by BARANI DESIGN Technologies’ educational discounts.

Green-roofs are here to stay. Their benefits in the reduction of the heat-island effect are known, yet not well quantified. The limitations of current sensor and weather station technologies limit the quality of urban climate research due to error producing influences of sun-heated building walls and pavement. Large measurement errors in meteorological instrumentation due to inadequate 360-degree solar heat shielding with adequate ventilation severely limit urban meteorological data quality. Yet one sensor company is about to change that.

The application of helical MeteoShield® Professional technology as part of the MeteoHelix IoT Pro micro-weather stations is enabling researchers to achieve WMO precision in air temperature measurement in inner-cities. The multiple degree errors of conventional multi-plate radiation shields and their fan-aspirated solar shield counterparts are a thing of the past with the application of BARANI DESIGN’s helical shielding technology which has been verified by the World Meteorological Organization (WMO).

As part of its educational support program, BARANI DESIGN Technologies provides deep discounts on meteorological sensor technologies to educational institutions and researchers like Assoc. Prof. Dr. Eva Pauditšová , PhD. from Comenius University in Bratislava, who is performing research on the real climatological benefits of green roofs in inner-cities in cooperation with Chief Architect Ing. arch. Ingrid Konrad (Bratislava City Hall) and the support of the city of Bratislava magistrate.

“Thanks to the technology found in the MeteoHelix IoT Pro micro-weather stations we are finally able to accurately determine the cooling effect of green areas in the city,” says Assoc. Prof. Dr. Eva Pauditšová , PhD. who’s research builds on the successful international project Horizon 2020 RESIN - Climate Resilient Cities and Infrastructures. Her current focus is on the sensitivity of urban structures and microclimates to the effects of large scale climatic changes due to global warming and is part of the international project Horizon 2020 ARCH – Advancing Resilience of Historic Areas against Climate-related and other Hazards.

BARANI DESIGN Technologies MeteoHelix® weather station on a lamp post as part of international Horizon 2020 ARCH urban climate research. Bratislava, Gajova.

MeteoHelix® weather station monitoring microclimate in Bratislava’s Horsky Park as part of the Horizon 2020 ARCH urban climate research project.

MeteoHelix® weather station enabling new levels of precision in urban climate research in Bratislava, Raca as part of Horizon 2020 ARCH.

MeteoHelix® weather station enabling new levels of precision in urban climate research in Bratislava, Raca as part of Horizon 2020 ARCH.


Can one wind sensor replace 41 different wind sensors? Lets take a look how.

Heated anemometer MeteoWind® 2 in extreme winter icing.

Wouldn’t it be nice if one combined wind speed and wind direction sensor could replace 41 different wind sensors?

  • MeteoWind Compact shares the proven robust cup design of its big brother MeteoWind 2, thereby simplifying field service.

  • The patented elliptic anemometer cup design ensures MEASNET accuracy and precision (Sample MEASNET calibration report) and enables MeteoWind® anemometers to excel in wind resource assessment.

  • All weather data reliability is ensured by superb winter snow shedding and a heated version of each MeteoWind anemometer is also available.

  • Additionally, MeteoWind sensors offer greater accuracy than required by the WMO and NWS, thereby making them maintenance free for many years in meteorological installations.

The choice can be between BARANI DESIGN Technologies MeteoWind® and 41 of the following anemometers and wind direction vanes from LAMBRECHT meteo:

  1. u[sonic] · Ultrasonic wind sensor

  2. u[sonic] Modbus · Ultrasonic wind sensor

  3. u[sonic]WS6 · Weather sensor

  4. u[sonic]WS7 · Weather sensor

  5. EOLOS-IND · Static weather sensor

  6. EOLOS MET TH · Static wind sensor

  7. EOLOS-Modbus · Static weather sensor

  8. EOLOS-NAV2 · Static weather sensor

  9. PREOS · Static wind sensor

  10. com[b] · Static wind sensor

  11. com[b] Modbus · Static wind sensor

  12. PRO-WEA · Wind direction sensor

  13. PRO-WEA · Wind speed sensor

  14. PRO-WEA RF · Wind direction sensor

  15. PRO-WEA RF · Wind speed sensor that is ultra robust and storm proof

  16. PRO-NAV · Wind direction sensor for open sea and storm resistant

  17. PRO-NAV · Wind speed sensor for open sea and storm resistant

  18. PRO-Modbus · Wind direction sensor

  19. PRO-Modbus · Wind speed sensors

  20. INDUSTRY · Wind direction sensor

  21. INDUSTRY · Wind speed sensor

  22. INDUSTRY Modbus · Wind direction sensor that is very economical

  23. INDUSTRY Modbus · Wind speed sensor that is very economical

  24. EFFICIENT Modbus · Wind speed sensor

  25. EFFICIENT Modbus · Wind direction sensor

  26. PROFESSIONAL-IX 3.0 · Wind direction sensor for safe operation in ice and snow

  27. PROFESSIONAL-IX 3.0 · Wind speed sensor for safe operation in ice and snow

  28. PROFESSIONAL · Wind direction sensor

  29. PROFESSIONAL · Wind speed sensor

  30. ORA · Wind direction sensor

  31. ORA · Wind speed sensor

  32. BASIC · Wind direction sensor

  33. BASIC · Wind speed sensor

  34. REED · wind speed sensor

  35. ARCO SDI-12 · Wind sensor is optimised for low current consumption

  36. ARCO-SERIAL · Wind sensor is a robust combined sensor

  37. ARCO-NAV · Wind sensor

  38. ARCO-Modbus · Wind sensor is a robust combined sensor

  39. WENTO-MET · Combined wind sensor for extreme weather conditions

  40. WENTO-IND · Combined weather sensor

  41. 24513 · Combined naval wind sensor