SMART ENERGY MANAGEMENT
C-ENERGY
Measure, collect and evaluate energy data from machines and systems in the production plant using appropriate measurement technology.
C-ENERGY belongs to the C-Thru4.0 ecosystem. A suite of SW modules to improve the different aspects of the performance of the shopfloor.
C-ENERGY Is intended to create an energy management system for electrical machinery, It can be used to monitor any power consuming piece of equipment, production machines and auxiliary units such as compressors, pumps or cooling machines.
It combines hardware sensors with powerful software, to collect, visualise and elaborate data that delivers real-time insights about your energy consumption.
This system brings transparency into the consumption pattern of your equipment, the energy costs, subsequentially your CO2 footprint, il also helps you to control peaks and the phase shift.
Armed with this actionable intelligence, you can make data-driven decisions to optimize your energy usage and implement further cost-saving strategies.
WHAT YOU'RE LOOKING FOR
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A system that is not only affordable but also easy to use
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Early detection of energy anomalies and waste
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Track of the active time for each machine, providing insights into their usage patterns
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Basic OEE, workload optimisation and downtime reduction, improving overall equipment efficiency
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Condition monitoring to maintain performance and prevent unexpected failures
WHY CHOOSE C-ENERGY
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Use data-driven insights for making better choices
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Monitor energy expenses for each produced part
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Detect and prevent energy waste, surges, inadequate power factor, increasing efficiency
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Track the actual operational time of machinery to assess productivity
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Graphical analysis including detailed breakdowns and associated costs
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Analyze trends in energy use and related expenses over time
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Compare energy performance across different machines, production lines, and shifts
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Identify areas where energy consumption can be reduced
ENERGY MEASUREMENT IN MACHINES
C-ENERGY can be used along the entire ISO 50001 chain
Planning Phase:
Identification of Significant Energy Use (SEU) Areas
Definition of Energy Performance Indicators (EnPI)
Calculation of Energy Baseline (EnB) or the energetic starting point
Set target values and make a plan to achieve them
Do Phase:
Putting the plan into action
Check Phase:
Check if the actions are working
Compare the defined EnPIs with the EnBs and the targets
Act if the review reveals a failure to achieve the goals
Act Phase:
Execution of corrective actions
Cycle restarts to achieve an iterative, continuous improvement
