Diagnostics
- Fault detection (e.g. heat exchanger fouling or valve drift)
- Visualization of heat substation and controller operating status
- Diagnostics of circulating pumps and heat substation control system
- Prediction of the impact of changing parameters on energy consumption
Optimisation
- On a heat substation ranking based on the current state of the heat substation and its importance
- Thanks to the advanced heating curve analysis
- Heat supply based on more accurate power demand forecasting
- Repair and maintenance based on the actual condition of the equipment
- Heat consumption – savings calculator (calculation of savings for different schedules)
Meter Analytics
- Monitoring the continuity of readings and their accuracy
- Automatic data validation and cleaning
- Verification of deviations
- Ready-made calculation models and the possibility of creating your own
Diagnostics
- Breakdown detection
- Visualization of machine status
- Machine running diagnostics
- Detection of production overruns
Optimisation
- Based on machine ranking according to current machine status and importance
- Improvement of business indicators, especially OEE
- Repair and maintenance based on the actual condition of the equipment
Diagonostics, Monitoring, Reporting
- Fault detection
- Visualization of the operating status of equipment: units, boilers, turbines, etc.
- Equipment operation diagnostics
- Monitoring of production plans
- Automatic reporting
Heat demand forecast
- A prediction model using a statistical algorithm using historical data.
- Prediction model calculated in accordance with locally applicable regulations on shaping and calculating tariffs and settlements for heat supply.
- Prediction model using machine learning algorithms.
Optimal configuration of production units (ERO)
- Determination of optimal configuration of generating units based on efficiency and availability characteristics taking into account start-up/shutdown costs within a 72-hour horizon
Optimal production and delivery parameters
- Determination of system water parameters based on the control table
- Comparison of parameters with actual values, deviation analysis
Diagnostics
- Malfunction detection
- Visualization of the operating status of devices: wind turbines, photovoltaic panels, energy storage
- Diagnostics of equipment operation
- Forecasting of production
Optimsation
- Based on equipment ranking, using the current status of e.g. a wind turbine and its importance
- Based on power curve analysis
- Energy supply optimisation based on more accurate production forecasting
- Repairs and maintenance based on actual condition of equipment
Diagnostics
- Analysis of flows in given zones
- Real-time analysis of trends and key parameters in interactive views
- Integration of real-time and geographical data
- Comprehensive handling of automatically generated events
- Management of repair teams in the field
- Weather data monitoring collection of views showing data from weather stations, piezometers and gauges.
Optimization
- Reduction of water losses based on zone balancing
- Failure recovery time
- Repair and maintenance based on real-time monitoring of facilities
- Repair and maintenance based on the actual condition of the equipment
- Water production demand forecasting
Electricity meters in water production and treatment
- Monitoring the continuity of readings and their correctness, including meter rewrites and replacements
- Automatic data validation and cleaning
- Verification of deviations
- Gap-filling algorithms
- Ready-to-use calculation models and possibility to create your own
Water meters
- Monitoring of continuity of readings and their correctness, e.g. meter rewiring and replacement
- Operation of meters for billing purposes (invoicing)
