Kontrolkirina çavkaniyên enerjiya bi karanîna înternetê (IoT), dibe alîkar ku karsaziyên li pîşesaziyê û pîşesaziyê yên darayî berhev bikin, daneyên li ser karanîna enerjiya hêzê ya rastîn û analîz bikin.
To implement the monitoring system, the following components are most often used:
Välj sensorer på typ av energi. For example, for electricity, you can use sensors connected to electrical meters or measuring devices. Sensori di fluenza può essere usato per tracce acqua o gas, che può essere installato su sistema appropriati o metros.
The choice of communication network depends on the distance and bandwidth requirements. Wi-Fi, Zigbee e Ethernet pode ser usado para monitorear locales, mais que 4G, LoRaWAN o NB-IoT wireless-redes provebir la capacidad de transmitir dados longitud.
Dati di consuma energetica è trasmesso a un server centrale o cloud per la storaggio e analisi. A local server can be installed within an organization, providing greater control over data but requiring additional equipment and maintenance costs. La plataforma cloud proporciona conveniente acceso a datos da qualsiasi, ma richiede un connessione Internetu.
Data analysis algorithms can be used to process and interpret collected metrics. It is also possible to analyze energy consumption and energy consumption by time of day, detect anomalies, identify trends and predict future consumption. Resultados do analisi pode ser visualizado em forma graficos ou gráficos para mais facilmente para usuários para comprar los datos.
As a result of the operation of such a system, based on data analysis and identified trends, it is possible to take measures to optimize energy consumption and energy consumption. This can include automatic power management, using more efficient equipment, optimizing device schedules, or providing recommendations to users.
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