Real-time monitoring
Track electricity, gas, steam, water and other utilities.
ENERGRAFICS · Industrial Energy Management
Turn energy consumption into measurable decisions
ENERGRAFICS is the Control Soft & Automation software platform for monitoring and analysing industrial energy consumption.
From consumption to decision
A complete view of energy use
ENERGRAFICS turns measurements from meters, inverters, gateways and industrial equipment into useful information for production, maintenance and management.
Industrial structure
Organize data by sites, plants, departments, areas, machines and consumers.
Analysis and comparison
Daily, weekly, monthly and yearly comparison, including specific-consumption indicators.
Energy alarms
Thresholds for peak demand and abnormal consumption.
Technical reports
Centralized information for analysis, audit and energy-efficiency actions.
Photovoltaic systems
Monitor production, yield, consumption and relevant PV indicators.
Industrial integration
Connected to existing infrastructure
ENERGRAFICS can collect data from energy meters, PLCs, SCADA systems, inverters, photovoltaic plants, servers and industrial platforms.
Its modular architecture supports gradual expansion from one consumer to multiple plants without unjustified replacement of existing equipment.
Real data. Relevant indicators. Clearer decisions.Energy management designed around real industrial requirements.
TECHNICAL REFERENCE
Practical references for industrial energy management
Energy data becomes useful when measurement boundaries, units and production context are defined consistently.
Where should energy meters be installed?
Measurement points should follow the questions the plant needs to answer: incoming supply, production lines, utilities, major consumers or individual machines. Meter class, communication interface and installation conditions must fit the application.
What makes an energy KPI meaningful?
Total consumption alone rarely explains efficiency. Specific consumption related to production, operating hours or another relevant driver enables period-to-period comparison and helps distinguish process changes from simple volume changes.
How are abnormal consumptions investigated?
Start with a baseline and verify the measurement. Compare operating state, production, shift and environmental conditions. Alarms should identify deviations that can be acted on, not generate noise from normal operating variation.
Measurable efficiency