The Industrial Internet of Things (IIoT) is revolutionising energy optimisation by making it possible to monitor, analyse and manage energy consumption in real time. By integrating smart sensors and cloud-based systems, businesses and buildings can reduce energy waste, minimise operating costs and increase sustainability.
IIoT uses networked devices to collect data on energy consumption, temperatures, machine load and other relevant parameters. This data is continuously analysed, making it possible to identify inefficient patterns and make precise adjustments to optimise energy consumption.
Benefits of IIoT in Energy Optimisation:
Reduced energy consumption - Automated control ensures that energy is only used when it's needed.
Lower operating costs - Less energy waste means lower costs for electricity, gas and heating.
Predictive maintenance - Preventing machine breakdowns through data analysis saves resources.
Sustainable operations - Optimising energy consumption reduces carbon footprint and supports green transition.
Practical Applications of IIoT for Energy Optimisation
Industrial production: Adjusting machine uptime based on energy prices and load.
Building management: Automated control of lighting, ventilation and heating.
Electric car charging: Intelligent charging planning according to electricity spot prices.
Supply network: Dynamic energy distribution to minimise peak loads.
GSMCloud and IIoT: Intelligent Energy Optimisation in Practice GSMCloud offers an intelligent platform that enables precise energy optimisation using IIoT technology. The system integrates data from sensors, analyses consumption patterns and automates energy management to maximise efficiency.
Conclusion IIoT is a game changer for energy optimisation, where data and automation create smarter and more sustainable energy systems. With solutions like GSMCloud, businesses and consumers can optimise their energy consumption, reduce costs and contribute to a greener future.
- Precise energy metering: MID-approved for accurate measurement of 1-phase power consumption.
- Stable Connection: Utilises the 5G NB-IoT network for reliable data transfer.
- Easy installation: Compact design for quick DIN rail mounting.
- Remote monitoring: Monitor and analyse energy consumption via the GSM CLOUD platform.
Application: Ideal for monitoring electricity consumption in homes, leases, heat pumps and other installations where accurate energy data is important.
- Precise energy metering: Monitor consumption on two separate circuits.
- 5G NB-IoT Connectivity: Stable and secure data transfer without WiFi.
- Easy installation: Designed for quick mounting on DIN rail.
- Remote monitoring: Monitor and analyse usage via the GSM CLOUD platform.
Application: Ideal for residential, commercial and industrial energy management where accurate consumption data is important.
- Transportable Steering: Relay box mounted on a stand for easy relocation and flexible use.
- Integrated Beemeter: 3-phase MID-approved on-board meter for precise monitoring of power consumption.
- CEE plug: Equipped with CEE plugs and 1 metre rubber cables for easy connection.
- 5G NB-IoT Connectivity: Ensures stable data transfer without the need for WiFi.
Application: Ideal for controlling grain dryers, grinders or other electrical devices where mobile and precise energy monitoring is needed.
An IIoT journey starts with choosing devices in the shop that fit your business
IIoT monitors and optimises energy consumption in real-time, reducing waste and costs
Sensors and data analytics ensure efficient operation, reduce errors and improve output
IIoT regulates temperature, humidity and air quality to optimise working conditions and sustainability
Machines and systems can be monitored and controlled remotely, increasing flexibility and safety
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