Access to the store is controlled via SMS. When a customer arrives, they send an SMS to the system and the door is automatically unlocked. The system also records who has gained access and at what time, allowing the store owner to track activity in the store. This provides a good overview and can help in the event of theft or vandalism. Access is limited to set opening hours, so customers can only lock themselves into the store during the authorised hours.

The temperature is monitored via a sensor mounted on the heating pipe. If the temperature drops below a set minimum value, a message is sent to restart the heating. The system also monitors the power supply to the system and sends a message in the event of a power failure. If the temperature exceeds the set maximum limit, an alarm is sent to the control centre.

Energy consumption is measured on selected installations at the hospital, including laboratory equipment and samples, which have a high energy consumption. The measurements provide an overview of consumption and make it possible to closely monitor energy use in daily operations.

The rental company can easily read and track energy consumption in their rental properties during rental periods. This provides a good overview of the consumption in each holiday home and makes it easier to manage billing and operations. At the same time, the power supply in the property is monitored. In the event of a power failure, a message is automatically sent so that the rental company can react quickly.

Energy consumption is measured on each refrigerator so that the landlord can register the actual power consumption and subsequently charge the tenant for the consumption used. The system also provides an overview of the operation of the refrigerators. If energy consumption exceeds a set limit, it can indicate faults or inefficient operation and service can be planned in time.

The temperature in freezers is continuously monitored to ensure stable conditions during food storage. The system records the temperature and notifies you if the values deviate from the set limits. The sensors are accredited by our distributor, so the measurements can be used for documentation and food safety requirements.

Moisture and temperature are monitored in new buildings to document the drying out of the building. Measurements are recorded continuously and provide a clear picture of moisture levels over time. Data is logged daily and can be used for reporting over a longer period of time, for example up to 5 years, to document that moisture levels are decreasing as the building dries out.

The grain drying process is monitored and controlled automatically to adapt to current energy prices. The system ensures that drying runs at the most favourable times when energy is cheapest. In this way, the grain can be dried efficiently while optimising energy consumption and reducing operating costs.

A radar sensor registers how many visitors enter through the door so that the museum can continuously monitor the number of visitors. In a selected room, the number of people staying there at any one time is also measured. When a certain number of visitors is reached, a guide is notified so that they can come and talk about the exhibition. In addition, a monthly report is sent via email with statistics on how many visitors have been in the room.

The operation of a chicken farm is continuously monitored to ensure stable conditions for the animals. Among other things, the system monitors the temperature and ventilation in the houses so that the climate is always within the desired limits. If the values deviate from the set levels, an alarm is automatically sent so that a quick response can be made. This gives the farmer a better overview of operations and increases production safety.

In a municipality, the server room has water and temperature monitoring. It must be kept at a certain level. So alarms are triggered at minimum and maximum levels.

A ventilation room located under a helipad is monitored for water on the floor. These installations are not allowed to have floor water, which is why sensors are installed in several places in the room. The system also monitors selected installations and sends an alarm if water is detected. The alarm handling takes into account whether it is day or night shift, so messages are sent to the relevant contact persons.

Multiple fountains are monitored and controlled centrally via the system. The solution allows you to keep an eye on operations and ensure that the installations are working properly. The fountains can also be controlled via built-in relays, which include time control so that they automatically switch on and off according to fixed schedules.

Pump wells are continuously monitored to ensure that the water level and pumps are working properly. The system detects the water level and can automatically activate pumps via built-in relays to drain water in time. If the water level gets too high or a pump fails to work as expected, an alarm is triggered to react quickly and reduce the risk of flooding.

Several internal servers are monitored using automatic status messages. The servers send an SMS with their status several times a day to continuously check that they are operational. The system checks that the messages are received within a fixed time interval. If a server does not respond as expected, an alert is automatically sent to security personnel so that any operational issues can be quickly investigated.

The water level in pump wells in basements is monitored in several property complexes. The wells pump water away if water enters the basement, so the system keeps an eye on both the water level and pump operation. If the water level gets too high or a pump malfunctions, an alarm is sent. During daytime hours, the caretaker is notified and alarms outside of this time are forwarded to the control centre.

This waterworks monitoring case shows how Notmark-Almsted Waterworks in Als has modernised their operations with a cloud-based IoT solution from GSMCloud.