SiMon Energy Management Software

Overview of possible tasks that SiMon can perform

• Data storage: Real-time recording of any data sources, archiving in databases, evaluation of historical data, connection to cloud data
• Monitoring: Continuous monitoring of incoming data, detection of fault messages and errors, automatic data analysis to identify deviations, notification via email, SMS, etc.
• Visualization: Representation of any processes and data, evaluation and availability of historical data, configuration of any graphical interfaces
• Control: Event-oriented control, control of any IO components, mapping of any number of logic and mathematical functions, management of any macros
• Optimization: Evaluation of collected data using self-learning algorithms (artificial intelligence), intelligent control of connected components
• Data export: Collection and provision of data (e.g., as a basis for energy audits, etc.)

Area of application: local heating network – exemplary excerpt of the possible scope of services

Connection of consumers (transfer station)

• Recording of data provided by the station, including consumption data of consumers (electricity, heat)
• Recording data as history
• Monitoring of fault signals and reporting together with fault message
• Freely programmable evaluation for extended fault detection including fault message
• Automatic determination of load profiles
• Forecast/prediction of future consumption values based on self-learning algorithms (version-dependent)

Connection of energy generators (e.g., central heating system, decentralized PV systems)

• Recording of data provided by the aggregates
• Recording data as history
• Monitoring of fault signals and reporting together with fault message
• Freely programmable evaluation for extended fault detection including fault message
• Representation of different generators as independent modules (e.g., electricity – heat, CHP – gas boiler)
• Forecasting/prediction of future production output based on self-learning algorithms
• Programmable generator configuration for optimized, predictive generation

Superordinate functions

• Freely programmable control system for optimizing the operation of the local heating network based on collected data and calculated forecasts
• Freely programmable functions for expanding the control logic
• Freely programmable monitoring including fault reporting

Visualization

• Freely configurable visualization in any interface, including for displaying consumption and generation data or fault and error messages
• Display of user-related (customer) information

Administration

• Maintaining an asset register for manual documentation of freely configurable objects (e.g., by producer or transfer station)
• Automated export of data, e.g. for billing or documentation