BEMP's architecture is based on a non-code model for energy management that is
accessible to all:
BEMP uses IoT technology for M2M communication to digitise real-time data acquisition via sensors and meters
LPWAN and LAN networks with LoRaWAN and NB-IoT devices digitise energy data in a fast and cost-effective way
Communication protocols such as MODBUS-RTU, MODBUS-TPC and MQTT are available to connect internal data sources such as PLCs and gateways
For complete energy data interconnectivity, BEMP has an API communication system. Thus, data insertion using the BEMP platform API is done through HTTPS queries
This enables BEMP to insert data from internal sources and systems and to integrate the energy information processed by BEMP into ERPs and internal company databases of the user's choice
BEMP is powered by CrateDB technology on nodes to guarantee energy data's availability, quality and scalability
A processing subsystem manages energy data through a broker to orchestrate processes and functionalities
BEMP allows working with raw, filtered, synthetic variable and forecast data
BEMP features an AI module to build predictive models of different meters and signals, enabling users to make past, real-time and future consumption forecasts
BEMP works with Machine Learning techniques and genetic algorithms to create highly accurate predictions
The comparison of real consumption with predicted consumption improves the industry's operating procedure and optimises energy consumption
BEMP's data governance optimises energy consumption in real time thanks to its alarms and visualisation tools
With 4 types of alarms that improve data acquisition and monitoring, BEMP detects errors such as signal failure, deviations, or sensor battery level
Energy data is available in the BEMP interface and can be integrated into Power BI, QlikView, ERPs and other software
Browse all technologies BEMP works with
Build consumption forecasts from your own data and drive energy savings and efficiency in your company
Transform your energy with BEMP
