MeteoHelix IoT Pro weather stations

MeteoHelix IoT Pro weather station gallery featuring various installations of this high precision micro weather station. Based on the award winning design of the MeteoShield Professional, the MeteoHelix Pro weather station range offers measurement precision to World Meteorological Organization measurement standards at consumer prices.

MeteoHelix IoT Pro LoRa wireless weather station at sunset

Winery weather station with a rain sensor

HeteoHelix weather station above an urban heat island

MeteoHelix weather station on a street lamp as part of urban heat island research Horizon 2020 ARCH.jpg

Micro-weather stations on city street light posts

MeteoHelix IoT Pro weather station mounted on a street lamp in an urban green space to monitor climate changes due to global warming.

Agricultural weather station

MeteoHelix IoT Pro Sigfox

Barani MeteoHelix IoT Pro LoRa weather station overshadows Stevenson Screen shelter

Agricultural weather station for livestock

Agricultural weather station with a rain gauge on a livestock farm in Ireland.

MeteoHelix weather station urban climate research Raca Horizon 2020 ARCH.jpg

BARANI DESIGN Weather Station on a lamp post in a city park.jpg

Climate monitoring station - MeteoHelix

MeteoHelix environmental monitoring in the automotive industry

MeteoHelix IoT Pro Sigfox weather station at a beach resort

MeteoHelix weather station illuminated by mountain sun

Micro climate monitoring weather station MeteoHelix

Wine growing weather station with a rain gauge

MeteoHelix IoT Pro Sigfox on a beachfront property

Barani MeteoHelix overshadows Stevenson Screen shelter

Wine yard weather station with a rain gauge

MeteoHelix IoT Pro Sigfox weather station on a lake

MeteoHelix IoT Pro Sigfox weather station on a beach house

MeteoHelix IoT Pro weather station logo lit up by a sunset

MeteoHelix IoT Pro showing off the Barani Design logo

Lakeside weather station - MeteoHelix

MeteoHelix weather station logo on a bridge

Weather station on a bridge with a boat

Weather station on a house in the mountains

Weather station in a picturesque wine yard

MeteoHelix Pro weather station for wine growing

Bridge weather station overlooking a lake

LoRaWAN Urban climate monitoring weather station for heat island effects

Bridge weather station MeteoHelix

MeteoHelix weather station overlooking the sea

Agricultural weather station overlooking a wine yard

IoT wireless weather station at sunset

MeteoHelix orchard weather station at sunset

MeteoHelix IoT Pro weather station and rain gauge at a wine yard

Viticulture weather station with a rain gauge

MeteoHelix IoT Pro replaces weather stations with large solar panels

MeteoHelix IoT wireless solar powered weather station

Professional weather station for viticulture

MeteoHelix Pro wireless weather station with obsolete Stevenson Screen

MeteoHelix IoT Pro Sigfox wireless weather station at sunset

Weather station at a seaport

MeteoHelix overlooking a lake

MeteoHelix agricultural weather station

Agricultural weather station on a livestock farm in Ireland.

MeteoHelix weather station LED street lamp

MeteoHelix IoT Pro weather station mounted on a street lamp in an urban green space to monitor climate changes due to global warming.

MeteoHelix IoT Pro weather station on smart street lighting

MeteoHelix IoT Pro weather station mounted on smart street lights in an urban green space.

MeteoHelix weather station above an abyss

MeteoHelix IoT Pro Kirchhofplatz

MeteoHelix lake front home weather station at Switzerland wine yard

wireless weather station on a flag pole

MeteoHelix home weather station in autumn

MeteoHelix home weather station in autumn near a cottage

MeteoShield Professional

The following meteorological sensor gallery features the innovative helical solar radiation shield. Many of the thematic photos were taken by Mr. Jozef Macak.

MeteoShield Professional - radiation shield product photo

Radation shield for a weather station of patented helical design offers many advantages over multi-plate radiation shield designs.

MeteoShield Professional - radiation shield exploded assembly

How a helical radiation shield keeps sensors clean by BARANI DESIGN

Helical sensor shield for temperature sensors cutaway showing how dirt is trapped on the shied keeping the internal sensor clean.

MeteoShield Professional - radiation shield drawing

MeteoShield Professional and pipe mount drawing and dimensions.

MeteoShield Professional in agriculture

Accumulation of dirt can be seen on the shield outer louvers which in combination with the internal helical vortex flow protect the temperature and humidity sensor.

MeteoShield in Low Tatra Mountains

MeteoShield professional as part of an AWOS weather station in the mountains.

MeteoShield Professional - cutaway illustration of air flow

Illustration of how airflow inside the helical radiation shield organizes into a spiral vortex which rejects dirt and feeds fresh air to the sensor.

MeteoShield Professional - radiation shield with autumn leafs

MeteoShield Professional - radiation shield in an orchard

MeteoShield Professional - radiation shield in a fall sunset

Helical solar radiation shield is not prone to error from low light angles during sunrize and sunset or from reflected sunlight which plague many multi-plate radiation shield designs.

Sunlight gracing the smooth curves of the MeteoShield Professional

MeteoShield Professional - radiation shield with blue skies and fall trees

MeteoShield Professional in an agricultural application

Overnight icing revealed by the morning sun on a MeteoShield radiation shield

Proof of vortex flow inside the helical radiation shield MeteoShield professional

Inner black louvers of Meteoshield Professional show ice accumulation on the right side where the airflow is restricted. On the left side free airflow is keeping the black surface clean. This difference in flow is the proof of how the internal spiral vortex protects sensors from ice or dirt accumulation.

Morning icing covering a BARANI DESIGN weather station in winter

Testing weather station in winter with icing

MeteoShield Professional and the Elliptic Anemometer 2 show minimal ice buildup during an overnight icing event.

Icing glimmering in the sun on the MeteoShield solar radiation shield

Road weather station with the helical MeteoShield Professional

MeteoShield Pro as part of a Climatological Station on Mt Orjen in Montenegro by Pavle Cikovac

The climate measurement setup for Montenegro Jastrebica is at 1580 and 1610 m elevation. Attached to robinia wood poles are tinytag loggers (TGP-4020, -40 to up to +125 °C) and radiation shields from Barani Design. At the bottom of the western slope.

AWOS with MeteoShield Pro and Stevenson Screen

Professional AWOS with a Stevenson Screen and MeteoShield Pro in a WMO research study

MeteoShield Pro Climatological Station on Mt Orjen in Montenegro by Pavle Cikovac

MeteoShield professional as part of an AWOS

MeteoShield Professional AWOS

MeteoShield professional as part of an AWOS weather station in the mountains.

MeteoWind 2

The following meteorological sensor gallery features the latest iteration of the elliptic anemometer, the MeteoWind 2. Once again, many of the thematic high-quality photos were taken by Mr. Jozef Macak.

Anemometer with wind vane with blue sky and brown trees

Anemometer with a wind vane in blue sky and brown autumn tree background

Heated and un-heated anemometer and wind vane comparison

Heated anemometer, while not completely ice free, is able to keep its rotor and wind vane functioning. Elliptic anemometer cups show-off their resistance to ice buildup as compared to the rest of the unheated parts.

Detail of MeteoWind 2 tube mount

Closeup of MeteoWind 2 anemometer with a wind vane showing the simple 2x M4 bolt mounting.

Lakeside anemometer

MeteoWind 2 anemometer on a lake shore.

Anemometer in industrial environement

MeteoWind 2 Anemometer and wind vane in a gravel processing plant.

Anemometer detail in clear blue sky

Closeup of MeteoWind 2 anemometer

Anemometer product picture

MeteoWind 2 anemometer and wind vane product picture.

MeteoWind 2 anemometer monitoring wind near a gravel pit

Heated anemometer and unheated anemometer icing

Freezing fog ice formation on MeteoWind 2 anemometer showing the effect of anemometer heating as compared to an unheated anemometer.

Night anemometer icing and heated anemometer

A night picture showing clearly the effect of anemometer and wind vane heating. Unheated anemometer rotor is completely immobilized due to icing while the heated anemometer remains generally ice-free.

Flat patented elliptic cup design once again shows its superb resistance to ice and show buildup even when all other parts are iced up.

Anemometers & radiation shields in winter icing

Super-cooled fog coming up out of the valley into the mountains can reach temperature down to -4°C before icing up. Anything it touches instantly turns into ice as shown by the ice buildup on the windward side of each meteorological instrument of this weather station.

Anemometer and wind vane in clear skies

Elliptic MeteoWind 2 anemometer with beautiful blue sky.

MeteoWind anemometer with mountains & lake shore

MeteoWind anemometer in a desert lake bed creek

Anemometer on a coastline

Barani Design elliptic anemometer called MeteoWind 2 on a coast line.

Anemometer on a lake

Anemometer in an industrial plant

Anemometer and wind vane monitoring wind speed and direction near a gravel processing plant.

MeteoRain 200 Compact & wireless MeteoRain IoT Compact

The following meteorological sensor gallery features the MeteoRain 200 Compact and MeteoRain IoT Compact wireless rain gauge photos.

MeteoRain 200 Compact rain gauge in very light rain

MeteoRain 200 Compact rain gauge in very light rain surrounded by a puddle of water.

MeteoRain 200 Compact rain gauge top view on a golf course

MeteoRain 200 Compact rain gauge as part of a golf course water management system

MeteoRain rain gauge overlooking a valley

Compact precipitation gauge in grass overlooking a valley

MeteoRain 200 Compact rain gauge in light rain drops

BARANI DESIGN compact rain gauge in very light rain surrounded by a puddle of water showing rain drop impacts.

Wireless MeteoRain IoT Compact rain gauge in a national park

MeteoRain IoT Pro monitoring rainwater accumulation in a national park with a creek bed in the background.

MeteoRain IoT Compact wireless rain gauge on a cottage porch.

Wireless precipitation gauge on a user’s cottage porch.

MeteoRain IoT Compact wireless automatic rain gauge right after a thunderstorm surrounded by rainwater showing raindrop impacts.

MeteoRain IoT Pro Sigfox rain gauge used for remote rain monitoring.

MeteoRain IoT Pro Sigfox wireless rain gauge on a meadow

MeteoRain IoT Pro LoRaWAN automatic rain gauge on a golf course

MeteoRain IoT Pro wireless automatic rain gauge

Wireless rain gauge in a freshly cut grass field.

MeteoRain IoT Compact LoRaWAN pluviometer

MeteoRain IoT Compact rain gauge as part of a golf course water management system

MeteoWind Compact

The following meteorological sensor gallery features the professional all-metal elliptic cup anemometer MeteoWind Compact.

MeteoWind Compact anemometer and wind vane

MeteoWind Compact is an affordable cost-effective wind sensor solution exceeding WMO accuracy and offering all-metal durability and robustness.

MeteoWind Compact anemometer

Compact anemometer with all metal construction and precision that exceeds WMO standards.

MeteoWind Compact anemometer

MeteoWind Compact anemometer silhouette in a smart-city environmental monitoring installation.

GALLERY - WEATHER STATIONS & SENSORS

MeteoHelix IoT Pro weather stations

MeteoShield Professional

MeteoWind 2

MeteoRain 200 Compact & wireless MeteoRain IoT Compact

MeteoWind Compact

Improve your measurement quality with BARANI weather stations.