Recording and transmitting weather and environmental data
Data transmission without a DSL connection
Whether installed in an inner city area or a rural region, many recording stations for climate data, fine dust pollution or other air and water quality data require a permanent connection to a data centre. LTE technology can ensure stations are integrated just as if they were in a local network.
Transmission of weather data
MC Technologies LTE modems are a tested and proven way to quickly transmit data recorded by weather stations, such as current temperature, sun intensity, wind speed or precipitation, to a data centre for evaluation. The modems allow to connect stations without a DSL infrastructure easily and cost-effectively.
Forwarding of contaminant levels
MC Technologies offers a variety of devices which make it possible to access pollution data on ozone, fine dust or, for example, readings on surface water quality at any time using wireless data transmission via a mobile network. The devices are of low energy consumption and are suitable for stationary and mobile measuring stations.
The measured values can be combined with the data from intelligent traffic monitoring, for example, to better understand which intersections are experiencing high levels of pollution.
Transmission of environmental and geo data
MC Technologies router and gateways are used to monitor weather and environmental conditions in many applications. In addition to weather applications they also help measure wind speeds at wind farms or rain and soil moisture in agriculture; with the supply of data for coastal protection and with the transmission of, for example, readings for earthquake warning systems.
By using mobile radio, the weather data recording of the IoT weather station can also take place in places where there is no DSL connection.
Wireless recording and sending of data
The MC100 WMBUS makes flexible, programmable recording of data on environmental factors possible. Using wireless sensors and the MC100 as a gateway, urban air quality data, CO2 readings or fine dust data can, be sent wirelessly to the gateway and transmitted from stationary or mobile systems to a data centre.
Weather monitoring can also be used in combination with building automation and can transmit you in real time: this allows you to react dynamically to changes in the weather, for example by automatically regulating heating systems.
Mit dem wireless M-Bus CO2-Sensor, der für den Einsatz in Innenräumen konzipiert ist, können die Daten der Temperatur- und Feuchtigkeitsmessung kabellos an ein wM-Bus Gateway oder eine Zentrale übermittelt werden. Der IoT Temperatursensor wurde für IoT Anwendungen wie Smart Home, Smart Offices, Smart Buildings, Smart Villages, Smart Cities und Smart Countries in Deutschland entwickelt und hergestellt.
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