Professional IoT Weather Station for Rugged Environments
Challenge
Many people think of IoT weather stations for collecting meteorological data. Their functionality is far larger than you might initially imagine. Real-time information about weather, soil and temperature, plus the tending patterns in your local area have wider applications.
Beekeepers use IoT weather stations to monitor microclimates around hives. Changes in temperature, humidity, and barometric pressure can predict swarming. Temperature changes the behavior of bees, so in winter it is just as important to track local environmental conditions and microclimate around the hives.
Bridges and highways use IoT weather stations to track temperature fluctuations that cause expansion and contraction in concrete and steel. Weather monitoring plus seismic tremor sensors and soil temperature information gives an operations center local information across a traffic network. Wind sensors help analyze stress on taller and longer bridges.
Weather monitoring on oil and gas platforms works in a similar way by aggregating trend and real time data from multiple sensor arrays. Ports and offshore wind farms use IoT weather stations to monitor wind conditions, wave height, and atmospheric pressure for safe docking or maintenance scheduling.
Solar farms use IoT weather data to track sunlight intensity and cloud cover to adjust panel angles or predict dips in energy production. This can also be useful for off-grid installations managing battery storage. For remote installations LoRa or NB-IoT can transmit weather data to cloud servers automating a larger field of panels.
Drones and light planes rely on IoT weather data for safe operation, especially in delivery or surveying applications where wind speed and direction matter. Localized weather data provides a closer real-time snapshot of conditions, aiding decision making. Local area risk analysis aids many outdoor use cases, such as ski resorts, surf schools, or forestry managers.
Many people think of IoT weather stations for collecting meteorological data. Their functionality is far larger than you might initially imagine. Real-time information about weather, soil and temperature, plus the tending patterns in your local area have wider applications.
Beekeepers use IoT weather stations to monitor microclimates around hives. Changes in temperature, humidity, and barometric pressure can predict swarming. Temperature changes the behavior of bees, so in winter it is just as important to track local environmental conditions and microclimate around the hives.
Bridges and highways use IoT weather stations to track temperature fluctuations that cause expansion and contraction in concrete and steel. Weather monitoring plus seismic tremor sensors and soil temperature information gives an operations center local information across a traffic network. Wind sensors help analyze stress on taller and longer bridges.
Weather monitoring on oil and gas platforms works in a similar way by aggregating trend and real time data from multiple sensor arrays. Ports and offshore wind farms use IoT weather stations to monitor wind conditions, wave height, and atmospheric pressure for safe docking or maintenance scheduling.
Solar farms use IoT weather data to track sunlight intensity and cloud cover to adjust panel angles or predict dips in energy production. This can also be useful for off-grid installations managing battery storage. For remote installations LoRa or NB-IoT can transmit weather data to cloud servers automating a larger field of panels.
Drones and light planes rely on IoT weather data for safe operation, especially in delivery or surveying applications where wind speed and direction matter. Localized weather data provides a closer real-time snapshot of conditions, aiding decision making. Local area risk analysis aids many outdoor use cases, such as ski resorts, surf schools, or forestry managers.
Solution
The IoT Weather Station is an advanced weather monitoring solution designed to provide reliable and accurate data on various environmental conditions. The station is equipped with a range of sensors, including air temperature and humidity, barometer, anemometer, precipitation, soil moisture, soil temperature, and ground moisture level, that can be connected to the station to measure and monitor the surrounding environment. This data can then be used to inform decisions and gain better insights into the local weather conditions.
The station also comes with an integrated connectivity and IoT platform to enable data analysis and visualization. This allows users to view the data collected in real-time, and set alarms and notifications when certain conditions are exceeded. The platform also offers cloud-based storage, allowing users to access and review data on the go. Additionally, the platform offers powerful analytics capabilities, allowing users to identify trends and correlations in the data.
The IoT Weather Station is the perfect solution for any business, organisation or individual that needs to monitor and analyse their local weather conditions. With its range of sensors, integrated connectivity and IoT platform, it offers an easy and cost-effective way to gain a better understanding of the environment.
The IoT Weather Station is an advanced weather monitoring solution designed to provide reliable and accurate data on various environmental conditions. The station is equipped with a range of sensors, including air temperature and humidity, barometer, anemometer, precipitation, soil moisture, soil temperature, and ground moisture level, that can be connected to the station to measure and monitor the surrounding environment. This data can then be used to inform decisions and gain better insights into the local weather conditions.
The station also comes with an integrated connectivity and IoT platform to enable data analysis and visualization. This allows users to view the data collected in real-time, and set alarms and notifications when certain conditions are exceeded. The platform also offers cloud-based storage, allowing users to access and review data on the go. Additionally, the platform offers powerful analytics capabilities, allowing users to identify trends and correlations in the data.
The IoT Weather Station is the perfect solution for any business, organisation or individual that needs to monitor and analyse their local weather conditions. With its range of sensors, integrated connectivity and IoT platform, it offers an easy and cost-effective way to gain a better understanding of the environment.
Results
Data received
– Internal battery level
– Network Bearer
– Radio Signal Strength
– Link Quality
– Serving Cell ID
– Mobile network code
– Mobile country code
– Signal SNR
– Cell LAC/TAC
– Temperature Value
– Min Temperature Value
– Max Temperature Value
– Barometer Value
– Min Barometer Value
– Max Barometer Value
– Humidity Value
– Min Humidity Value
– Max Humidity Value
– Latitude
– Longitude
– Altitude
– Timestamp of location
– GPS Speed
– Accuracy of location
– Soil Sensor 1 Temperature Value
– Min Soil 1 Temperature Value
– Max Soil 1 Temperature Value
– Soil Sensor 2 Temperature Value
– Min Soil 2 Temperature Value
– Max Soil 2 Temperature Value
– Solar panel voltage
– Min Solar panel voltage
– Max Solar panel voltage
– Ground moisture
– Min Ground moisture
– Max Ground moisture
– Participation
– Current Wind Speed
– Max Wind Speed
– Max Wind Speed from Previous report
– Current Soil Moisture
– Min Soil Moisture
– Max Soil Moisture
Data received
– Internal battery level
– Network Bearer
– Radio Signal Strength
– Link Quality
– Serving Cell ID
– Mobile network code
– Mobile country code
– Signal SNR
– Cell LAC/TAC
– Temperature Value
– Min Temperature Value
– Max Temperature Value
– Barometer Value
– Min Barometer Value
– Max Barometer Value
– Humidity Value
– Min Humidity Value
– Max Humidity Value
– Latitude
– Longitude
– Altitude
– Timestamp of location
– GPS Speed
– Accuracy of location
– Soil Sensor 1 Temperature Value
– Min Soil 1 Temperature Value
– Max Soil 1 Temperature Value
– Soil Sensor 2 Temperature Value
– Min Soil 2 Temperature Value
– Max Soil 2 Temperature Value
– Solar panel voltage
– Min Solar panel voltage
– Max Solar panel voltage
– Ground moisture
– Min Ground moisture
– Max Ground moisture
– Participation
– Current Wind Speed
– Max Wind Speed
– Max Wind Speed from Previous report
– Current Soil Moisture
– Min Soil Moisture
– Max Soil Moisture
