webSCADA7 Energy Management

Energy efficiency is no longer just about measuring consumption. Modern industrial facilities need to understand when, where and why energy is used – and how consumption can be adjusted without compromising operational requirements.

Monitor Energy Performance in Real Time

Complete Visibility of Energy Consumption and Production

webSCADA7 provides a centralized view of energy-related information, making consumption and production data available alongside operational process information. Depending on connected devices, the system can collect and visualize electricity consumption, energy production, equipment operating states and other relevant utility measurements.
•	Real-time energy monitoring
•	Historical consumption analysis
•	Energy-related dashboards and trends
•	Comparison of equipment and facility performance
•	Integration of operational and metering data
Technician monitoring HMI software displays in modern industrial automation control room with multiple workstations and real-time production data

Analyze & Identify Inefficiencies

Understand the Drivers Behind Energy Costs

Energy consumption data becomes more useful when evaluated in the context of production activity, equipment operation and time-dependent electricity prices. webSCADA7 supports analysis of energy performance across periods, units and equipment groups.

By comparing trends and relevant operational parameters, users can identify unusual consumption patterns, inefficient modes and opportunities for improved scheduling. Advanced analytical functions can support anomaly detection and evaluation of energy-saving measures.

Analyze & Identify Inefficiencies

Understand the Drivers Behind Energy Costs

Energy consumption data becomes more useful when evaluated in the context of production activity, equipment operation and time-dependent electricity prices. webSCADA7 supports analysis of energy performance across periods, units and equipment groups.

By comparing trends and relevant operational parameters, users can identify unusual consumption patterns, inefficient modes and opportunities for improved scheduling. Advanced analytical functions can support anomaly detection and evaluation of energy-saving measures.

Demand-Side Management

Adapt Energy Consumption to Operational and Market Conditions

The Energy Management solution provides a foundation for Demand-Side Management strategies that coordinate controllable loads according to operational constraints and energy-related objectives.

Peak Clipping

Reduce maximum electrical demand by coordinating flexible loads and avoiding unnecessary simultaneous operation.

Valley Filling

Increase suitable consumption during low-demand periods when favorable conditions create an opportunity.

Load Shifting

Reschedule energy-intensive operations within allowable process limits to take advantage of lower-price periods.

Flexible Load Shaping

Adjust controllable equipment demand profiles according to predefined operating limits and optimization objectives.
Actual control strategies depend on process flexibility, available measurements, operational constraints and the implemented optimization functions.
Two engineers in safety gear inspecting electrical equipment at a high-voltage substation with transformers and transmission infrastructure
Close-up of renewable energy monitoring dashboard displaying real-time performance metrics and analytics
Full-height view of stacked industrial battery modules with thermal management systems and cable infrastructure visible

Renewable Energy & Storage Integration

Coordinate Consumption with Local Energy Resources

webSCADA7 can integrate data from renewable generation assets, storage systems and industrial loads into a common operational environment. This creates opportunities to analyze self-consumption, evaluate scheduling options and support more efficient use of locally available energy.
Where appropriate control interfaces and optimization functions are implemented, the system can support coordination of flexible consumption with renewable generation and storage availability.
Technician inspecting large-scale solar panel arrays across rolling agricultural landscape during golden hour sunlight
Detailed close-up of industrial battery storage system terminals and connectors showing precision engineering
Wind turbine scale model mounted on precision testing apparatus with measurement sensors and data collection equipment
This website uses cookies