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IoT Solutions to Serve the Environment

IoT Solutions to Serve the Environment

Internet of things (IoT) solutions, which enable real-time data collection and transmission, can also be applied to environmental protection. Automating the measurement of environmental parameters, along with easy access to results, supports data-driven management and decision-making. This approach allows for more informed choices, automation of measurement processes, and the ability to predict environmental changes – including potential severe pollution – well in advance.

These solutions are ideal not only for agriculture, cities, and scientists, but also for companies committed to environmental care.

As part of our internet of things solutions, we offer options for monitoring water, soil, and air parameters, as well as tracking animals.

Application example

Cities are obliged to monitor various environmental parameters. These include the water quality of water reservoirs within the city. Analytical buoy allows constant monitoring of water quality, without the need for people to be involved in collecting water samples, delivering them to the laboratory and then testing them. This is all done through technology.
City officials have constant information about the quality of the water and will receive an SMS notification if alarm levels are exceeded, allowing them to implement preventive measures.

The solution, consisting of a measuring buoy and an application with measurement results, allows full detection of water pollution risk events.

Thanks to the measuring buoy, the collection and analysis of selected parameters are fully automated. The results of the analyses are presented in the application in which the frequency of measurements can be set also with alarm thresholds, beyond which alerts are sent by SMS.

Monitoring of defined water quality parameters:

suspended solids concentration (turbidity),
dissolved oxygen,
temperature,
conductivity,
pH,
N-N03, N-NH4.

Application example

Water reservoirs prone to exceeding safe water levels.
Liquid levels in artificial (e.g. industrial) tanks.
Farming ponds.

Application example

- Water reservoirs.
- Farming ponds.
- Farms, botanical parks and arboreta, gardens, urban parks

The flow is managed by a remote-controlled valve, which, together with water level sensors and flow measurement, allows for improved water management. Continuous measurement enables quick responses to changes, such as dangerous fluctuations in reservoir water levels, allowing for informed decision-making. Monitoring water flow facilitates tracking water consumption and promotes efficient use, particularly through automation with specialised valves that regulate the flow automatically.

Application example

Monitoring soil temperature helps determine the ideal time for sowing and select the appropriate soil for different types of plants.
Monitoring moisture facilitates efficient irrigation management and promotes economical use of water resources.
Access to reliable, real-time data enables swift responses to changing environmental conditions.
Applicable in farms, botanical parks and arboreta, gardens, and urban parks.

Soil parameters are measured using a battery-operated device equipped with an external soil probe, which communicates over the Narrowband IoT network, ensuring coverage even in hard-to-reach areas. All measurement results are available in real-time on the IoT platform.

Monitoring soil moisture and temperature enables farmers and gardeners to maintain optimal growth conditions for plants, thereby enhancing the efficiency of agricultural production.

Application example

Air monitoring in educational institutions, such as schools and kindergartens.
Monitoring in forests, botanical parks, gardens, and urban parks.
Air quality monitoring at industrial sites.

Application example

Wildlife Monitoring: Utilised for research (tracking migration routes, habits, etc.) and conservation efforts. An example is the white-tailed eagle monitoring project, which helps scientists gain a deeper understanding of these birds’ habits. The collected data can reveal daily flight distances and identify areas where they search for food.
Veterinary Applications: Rapidly detecting pathological conditions is crucial in the veterinary sector. Monitoring health parameters enables veterinarians to preserve the health and lives of animals while ensuring their overall well-being.

Product Benefits

Narrowband IoT coverage in hard-to-reach areas.

Automated measurement processes.

Maintenance-free, remote data reading.

C User-friendly platform for accessing measurement results.

Continuous access to data.

IoT Platform

Advantages:

one platform for IoT devices across various manufacturers,
compatibility and central integration of both existing and new sensors,
secure data centre infrastructure provided by a telecom company.

Benefits:

simplified management of your company’s or city’s IoT device ecosystem from a centralised platform,
streamlined generation of new reports,
enhanced reliability of warnings and alerts,
secured data from IoT devices in a single database.

T-Mobile’s IoT platform gathers and displays data from a range of internet of things (IoT) devices, including water metres, gas metres, trackers, lamp sensors, humidity sensors, and parking sensors.
Each manufacturer has a dedicated platform to manage data from its own devices.
T-Mobile’s IoT platform collects data from devices made by multiple manufacturers, bringing it all together in one place.
This level of integration enables you to analyse all information effectively, visualise it, set alerts, and generate records needed for invoicing.