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How is the Internet of Things (IoT) revolutionising industries like manufacturing, energy and agriculture?
In the age of digitalisation and the growing demand for smart solutions, telemetry technologies play an important role in optimising operational processes. Modern IoT (Internet of Things) systems are revolutionising industries such as industry, energy, agriculture or urban infrastructure management, enabling efficient monitoring, data analysis and automation.
Find out:
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Do you know how much IoT telemetry technologies can revolutionise your business?
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Energy, industry, agriculture and smart cities, i.e. telemetry applications in practice
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How to exploit the full potential of telemetry data? – Interactive cloud platforms and remote device management
Do you know how much IoT telemetry technologies can revolutionise your business?
The development of telemetry technologies is based on modern LTE communication networks, including energy-efficient LTE Cat. M1 and NB-IoT, which provide stable and energy-efficient data transmission. These systems integrate with the cloud (cloud computing is a modern technology for storing, processing and managing data) and analytics platforms, allowing continuous access to important information from mobile devices.
Telemetry and location modules are used in many industries. They are distinguished by their flexibility of configuration and support for open standards such as MQTT or Modbus RTU. System integrators and telemetry solution providers, provide hardware and technical support, enabling successful implementations.
Energy, industry, agriculture and smart cities, i.e. telemetry applications in practice
1. Power, water and gas industries
Telemetry systems support the management of critical infrastructure, enabling:
- monitoring of power network parameters using the MT-151 LED module, which provides control and supervision of remote devices,
- water leak detection and pressure control with the MT-718, which offers long autonomous operation thanks to battery power,
- optimisation of gas and heat consumption thanks to MT-156 HMI modules for monitoring and analysing process parameters.
2. Industry 4.0 and automation
In industry, IIoT (Industrial Internet of Things) technologies allow:
- ongoing monitoring of production and process parameters using the MT-151 LED, which supports a variety of communication interfaces,
- Monitoring machine status and fault detection with the MT-151 HMI, which offers advanced functionality with an integrated text display,
- predictive maintenance, reducing the risk of downtime, using the MT-331 module, which integrates with SCADA systems.
- wireless integration in a 2G/LTE network of various remote devices (e.g. measuring units, PLCs, I/O stations, operator panels) using MTX-2050v2 and MT-221 communication gateways.
3.Agriculture and smart farming
Thanks to modern telemetry modules, farmers can:
- optimise irrigation with the MT-121 to control pumps and valves,
- precisely monitor temperature and humidity in warehouses and cold stores with CoolSens,
- analyse the use of fertilisers and plant protection products.
Telemetry modules and dedicated systems like Agreus, in agriculture, allow farmers and gardeners to achieve many benefits, especially in the context of vertical gardens, lawns, gardens and green spaces as well as agricultural fields.
Here are some key points:
- soil moisture monitoring,
- monitoring nutrients in the soil,
- soil and air temperature control,
- irrigation system management
- soil quality analysis
- reducing operating costs
- increase crop yield and quality
- sustainable development.
4. Smart cities and buildings
IoT systems support the management of urban infrastructure by:
- optimising public transport using the ML-941 and ML-232 locators,
- control of energy and utility consumption using MT-058 modules,
- improve the safety and comfort of building users using the cost-effective MT-025 and MT-331 series of telemetry modules.
5. Medical environment – pharmacies, hospitals, wholesalers and warehouses
The CoolSens system provides:
- temperature monitoring of medical refrigerators and vaccine transports,
- protection of temperature-sensitive medicines,
- meeting pharmaceutical standards thanks to automatic recording of measurements, alarm notifications and cyclic and generated reports with statistical data, alarms, graphs as well as raw values on request.
How to exploit the full potential of telemetry data? - Interactive cloud platforms and remote device management
Modern telemetry modules offer a wide range of configuration options, allowing them to be tailored to the specific needs of different industries. Battery modules, such as the MT-718, provide long autonomous operation, making them ideal for monitoring water and district heating networks. Locators, such as the ML-941 or ML-232, enable precise tracking of moving assets.
An important element of today’s telemetry systems are interactive cloud platforms that allow data visualisation and remote device management. An example of such a solution is Data Portal, which enables telemetry data to be collected, analysed and presented in a clear and intuitive way.
With the support of integrators and suppliers, businesses can deploy scalable and flexible IoT solutions tailored to their needs.
The development of telemetry technologies enables companies to optimise processes and increase operational efficiency. The integration of modern IoT systems with existing analytical platforms allows full control over data and its use to make accurate business decisions. With a wide range of telemetry solutions and the support of suppliers and integrators, IoT technologies are becoming an indispensable part of modern management systems.
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