Power/Energy Management
We are facing complex energy challenges such as continuously rising power/energy unit costs, difficulties in introducing energy-efficient equipment, and increasing carbon border tax (CBAM) burden.
Continuous Increase in Power/Energy Unit Price
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Increased manufacturing costs due to higher operating expenses in energy-intensive processes
Difficulties in Introducing Energy-Efficient Equipment
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Difficulty in improving equipment with high initial investment costs
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Lack of optimization in daily manufacturing operations
Limitations of Energy Usage Monitoring
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Limitations of simple energy data measurement and collection systems in achieving meaningful efficiency improvements
Burden of Carbon Border Tax (CBAM)
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Need for measures to ease the burden of mandatory carbon emissions reporting and carbon taxes
Key Features
Optimizing energy production in line with process load variability (eliminating over-supply/off-operation) and minimizing system waste.
Energy Usage in Manufacturing Plants
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Energy Consumption Structure Map
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Production Planning + Local Shift
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Energy Demand (Per Unit)
Optimizing Supply Volume to Meet Energy Demand
Energy Production (Utilities)
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Voltage
StabilizationPower (Transformer) -
Load
BalanceCompressed Air (Air Compressor) -
Proportional
ControlSteam (Boiler) -
Coefficient of Performance OptimizationChilled Water (Refrigerator)
대용량 설비데이터 실시간 수집
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실시간 원단위 산정
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원단위 기준 대비 이상값 알람
설비데이터의 가시화를 통한 인사이트 제공
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다소비공정 다변수 제어(MPC)
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공정설비 레시피 최적화 (Golden Run)
PLC 및 표준 프로토콜 지원
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에너지-온실가스 인벤토리 구성
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공정별 온실가스 자동 산정