Stockholm, the Smart-City, sees installation of MeteoHelix micro-weather stations on street lamps

SensCity, one of the pioneers of Smart-City and Resilient-City climate monitoring has chosen to work with the highest quality urban climate monitoring sensors the market has to offer. Choosing to install the BARANI DESIGN MeteoHelix IoT Pro, MeteoWind IoT Pro and MeteoRain sensors for urban climate monitoring in Stockholm, Sweden on street lamps was by no means a coincidence.

Based on World Meteorological Organization (WMO) verified technologies in combination with IoT wireless data transmission, these sensors not only offer the highest levels of precision but also unparalleled ease of installation. Being solar powered and requiring no wires to connect, their installations on busy urban streets are quick and thus cost-effective.

Other sensors in use by SensCity include the MeteoAG which offers the expanded capability for agricultural monitoring of soil moisture, soil temperature, and leaf wetness.

More information on WMO conforming urban and agricultural weather station packages can be found at the following link:

• https://www.baranidesign.com/weather-station-packages

URBAN WEATHER STATION - METEOHELIX IN STOCKHOLM SWEDEN

First time in history the MeteoHelix with MeteoRain record exact rainfall on the highest peak of the Carpatian mountain range

Gerlachovsky stit (Gerlachov Peak) provides an environment for biologists as the highest ground anywhere in Europe north of the Alps and is the highest peak of the whole 1,500 km (930 mi) long Carpathian mountain range. The pyramidal shape of this massif is marked by a huge cirque and is characterised by its impressive 2,000 m vertical rise from the valley floor below.

For the first time in history, on September 24, 2020, exact amounts of rainfall started being recorded on its summit by a BARANI DESIGN Technologies MeteoHelix weather station together with a new MeteoRain 200 Compact rain gauge. The compactness of these WMO precision instruments and ease of their installation enabled local mountain guides to install this weather station in a location that was inaccessible to weather station equipment even just 2 years ago. Able to survive and transmit weather data even from under large snow cover for up to 4 months, the highly survivable MeteoHelix weather stations are ideally suited for environmental research in hard to access locations.

An additional fact worth noting is the ability of the MeteoRain 200 Compact to measure rain even in below freezing temperatures as show in the plot below. Detailed live meteorological data from Gerlachov Peak can be found through the following link:

• https://weather.allmeteo.com/#/ws/2008SH020 (Registration and login is required.)

SUB-FREEZING TEMPERATURE OPERATION OF METEORAIN RAIN GAUGE ON GERLACHOV PEAK

METEOHELIX WEATHER STATION BEING TRANSPORTED ON THE BACK OF A MOUNTAIN CLIMBER TO THE HIGHEST PEAK OF THE CARPATHIAN MOUNTAIN RANGE.

METEOHELIX WEATHER STATION ABOVE AN ABYSS ON GERLACHOV PEAK IN THE CARPATIAN MOUNTAIN RAINGE.

INSTALLATION OF A METEOHELIX WEATHER STATION ON THE HIGHEST PEAK OF THE CARPATHIAN MOUNTAIN RANGE, THE GERLACHOV PEAK.

MeteoRain® 200 Compact

BARANI DESIGN sets new standards in rain measurement

Keeping in line with BARANI DESIGN Technologies' professional measurement standards, the first in a new line of MeteoRain® precipitations gauges sets new standards of precision in rain measurement.

While remaining highly affordable, the MeteoRain® 200 Compact precipitation gauge offers the industry's most precise self-balancing tipping bucket design for real in-the-field accuracies better than 1 % with up to 125 mm/hr rain rates without the need for electronic compensation for high rain intensities.

New Meteorological Sensor Technologies at AMS 2020

Internet-of-Things innovation will be seeping into the forefront of AMS 2020 in Boston, MA this winter with the introduction of MeteoHelix® IoT micro-weather stations capable of meeting strict measurement guidelines of the NWS and WMO for long-term global warming observations.

While Europe has already adapted the first wave of low cost IoT meteorological sensors and weather stations with mixed results, the lessons learned can benefit the adoption of these technologies to let USA take the lead. Lessons learned from the first wave of IoT meteorological sensors have shown that data quantity does not replace data quality. Artificial intelligence (AI) and advanced statistical methods made good on identifying anomalies and sensor failures but fall short in compensating for systematic and long-term sensor measurement errors due to inadequate measurement system stability and the influences of the local environment. For now, the golden rule of science, “garbage in = garbage out” still maintains its merit.

Comptus Inc. of stand 341 will showcase the MeteoHelix® IoT professional weather stations and sensors conforming to NWS and WMO standards from BARANI DESIGN Technologies at the 100th AMS Annual Meeting 13–16 January 2020 in the Boston Convention and Exhibition Center, 415 Summer St., Boston, MA USA.

Other sensors on hand from BARANI DESIGN Technologies will include the precise and robust MeteoWind® 2 and MeteoWind® Compact combined heated anemometers with wind vanes with a preliminary MEASNET/IEC 61400-12-1:2017 edition 2 class A = 4.4 and class C = 4.7. Also showcased will be the MeteoTemp™ temperature and humidity probe and the new standard for precision atmospheric air temperature measurement, the MeteoShield® Professional, a helical radiation shield for professional AWOS weather stations.

HEATED ANEMOMETER METEOWIND® 2 IMMEDIATELY AFTER A STRONG ICING EVENT IN THE MOUNTAINS OF SLOVAKIA.

METEOSHIELD® PROFESSIONAL PROTECTING INTERNAL TEMPERATURE AND HUMIDITY SENSORS FROM THE EFFECTS OF ICING.

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

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.

MeteoHelix weather station to revolutionize tropical climate monitoring

METEOHELIX IS THE FIRST IOT WEATHER STATION ON LORAWAN IN SAMOA, SOUTH PACIFIC.

The MeteoHelix weather station is the first IoT device to demonstrate a LoRaWAN Internet of Things wireless network on the island nation of Samoa in the South Pacific during the Pacific Meteorological Council (PMC-5) meeting. Its secure encrypted meteorological data connection uses The Things Network LoRa server to rout data to the allMETEO.com meteorological cloud platform as part of an early warning weather monitoring system demonstration. The ease of deployment of the MeteoHelix weather stations makes them unique in the marketplace.

BARANI DESIGN TECHNOLOGIES TEAM SHARING A STAND WITH COMPTUS OF USA, A BARANI DESIGN DISTRIBUTOR

BARANI DESIGN TECHNOLOGIES TEAM SHARING A STAND WITH COMPTUS OF USA, A BARANI DESIGN DISTRIBUTOR.

Designed to survive cyclone, hurricane and typhoon force winds and direct impacts of flying debris, the MeteoHelix weather station is the only weather station on the market today that can reliably function through the destruction they bring.

We would like to thank the the Government of Samoa, the Ministry of Natural Resources and Environment (MNRE) as the hosts of the PMC-5 meeting and Varysian, the organizers of the hydrometeorological equipment exhibition, for making this demonstration possible.

Website weather widget has arrived for the allMETEO.com weather map and portal

The new and updated weather widget for your website is now customizable.

Optional HTML parameters:

• alias - custom name of the weather station

• background - background color of the widget in hexadecimal formatting #FFFFFF

• color - color of the widget text

• units - metric / imperial units

More variations of the widget are coming soon.

Weather Station for Stormy Weather

Portable weather station

Storm chasers deploy a portable weather station just-in-time. With no time to secure the station's base, they are saved by their vehicle's  spare tire before the 100kph winds and driving rain arrive.

Visit us at the Meteorological Technology World Expo 2017 booth 10011.

BARANI DESIGN s.r.o. will exhibit its latest sensor technology for temperature, humidity & wind measurement at the Meteorological Technology World Expo 2017 in Amsterdam, Netherlands, 10-12 October 2017.