News

Measure and improve air quality together - get on board! As a Smart City model city, Mannheim is working on concepts and implementations of a sustainable and liveable city of tomorrow, carried out by Smart City Mannheim GmbH. One innovative approach is the use of trams as mobile measuring stations for weather and environmental data. The trams are equipped with Thies Clima sensors to record weather data such as air temperature, humidity, wind speed and direction as well as air quality. GPS and electronic magnetic compass allow more precise data to be collected for the current location. With its own sensors optimised for mobile applications, Thies Clima offers solutions for the growing need for data-based environmental management in urban areas.

Thies Clima, the innovator and manufacture behind the #First Class anemometer, will be present at CLEANPOWER 2023 and showcasing their latest meteorological program tailored specifically to renewable energy sources such as solar and wind power.

Attendees can expect to see various technologies including anemometers, wind vanes and Ultrasonics with PROFINET interface, next-generation sun radiation measurement devices, and combination sensors and weather stations. At the Consertek partner booth, suitable mast adaptations will be on display. Interested individuals can schedule meeting with Marc Hillebrecht

CLEANPOWER 2023 is a major trade show for renewable energy solutions and serves as an annual magnet for the latest products and innovations in wind, solar, storage, hydrogen and transmission industries. A highlight of the expo includes current and in-demand expert talks and discussions.

Event CLEANPOWER 2023
May, 22-25, 2023
New Orleans, LA, USA
Thies CLIMA Booth: 3923

October 3, 4, 5, 2023, Genf, Schweiz
Booth: 8040
Further Information

High measuring quality and robust, reliable technology

The Hygro-Thermo-Pressure (H T P) sensors of our COMPACT series are designed to measure relative humidity, air temperature and atmospheric pressure.

This sensor is well suited for use at meteorological measuring stations and for connection to data logger systems. Due to its universal interface, the sensor can also be used as a single solution in any suitable application.

The excellent dynamics due to the separately positioned temperature sensor and the use of stainless steel as the housing material, as well as the protection class IP 67, are the special features of this sensor. This allows it to be used even in applications with the highest stresses.

The outstanding features of the sensor are:• high long-term stability,

• almost linear characteristic curve,
• very good dynamic behaviour,
• resistance to condensation,
• low temperature coefficient,
• lowest hysteresis.

Hygro-Thermo-Baor Sensor Compact (1.1006.54.xxx)

The internal WEB server displays the instantaneous measuring values clearly-arranged as text and as diagram. The measuring values are, device-specifically, prepared by the WEB server and optimally displayed, depending if the data query comes from PC, tablet and smartphone. A simple data visualization is, thus, possible without additional software.

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The datalogger records measuring values via two serial interfaces RS485/422, and via integrated analogue and digital input channels. The serial interfaces are designed for the connection of sensors with THIES data protocol. It is possible to connect up to 32 devices to one bus. The analogue inputs serve for connecting a humidity temperature sensor with PT100, and voltage output, and up to three sensors with voltage output 0 … 10 V. The digital inputs support the direct connection of a wind direction transmitter with synchronous-serial output, and two precipitation meters with pulse output.


You can find further information here:
Datalogger DLU 9.1711.10.0x0

The ULTRASONIC anemometers 3D are now classified according to IEC 61400-12-1 Edition 2.0
The new standard contains the classification of classes A, B, C, D and S.

For further information see:

Ultraschall Anemometer 3D (4.383x.xx.xxx)

Classification US3D

The First Class anemometers are now classified according to IEC 61400-12-1 Edition 2.0
The new standard contains the classification of classes A, B, C, D and S.

For further information see:
Classification First Class Anemometer 4.3352.xx.000
Classification First Class Anemometer 4.3352.xx.400

The ULTRASONIC anemometers 2D are now classified according to IEC 61400-12-1 Edition 2.0
The new standard contains the classification of classes A, B, C, D and S.

For further information see:
Ultraschall Anemometer 2D (4.382x.xx.xxx)
Classification US2D

The Ultrasonic Anemometer WP serves for the 2-dimensional acquisition of the horizontal components of the wind velocity and wind direction.
It has been developed especially for the application in harsh environments, and is eminently suited for the use on wind power plants thanks to the compact construction and low weight. The serial or analogue output of the data occurs optionally as instantaneous value or as moving average value with settable time frame.
If necessary, the instrument is automatically heated at critical ambient temperatures. The risk of malfunction by freezing is thus minimized. The ultrasonic transducers are heated, as well as all essential housing components.

The following measuring values are available:

• Orthogonal wind velocity vectors (X- and Y-distance)
• Scalar or vectorial wind velocity and wind direction
• Acoustic temperature

Output format:

• NMEA data protocol
• ASCII Thies-format
• MODBUS RTU protocol
• Analogue data output

Compared with the classic anemometer, the measuring principle allows an inertiafree measurement of quickly changing parameters at highest precision and accuracy. The measuring values can be delivered digitally and / or analogously.
The instrument combines the more than 20 years‘ experiences with ultrasonic sensors in the field of meteorological measuring technique in the Thies company.

You can find further information here:
Ultraschall Anemometer WP 4.3880.xx.xxx