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  • A. ESG
  • A. ESG
  • A. ESG

    임픽스의 발자취를 소개합니다.

    Autonomous intelligent energy management solution for energy use efficiency A. ESG

    A. ESG (Autonomous Eco Smart Grid) is an AI-based energy platform that optimizes energy consumption and effectively reduces carbon emissions through energy usage pattern analysis, peak demand management, and real-time monitoring.
    It also supports integrated operation with renewable energy, grid-connected control, and utilization of distributed energy resources to realize energy efficiency and supply stability at the same time.

    Key Functions

    A.ESG precisely monitors energy consumption through high-precision sensing and real-time data analysis, and AI automatically quantifies production efficiency to optimally control energy use.
    It also supports technology-based strategic responses to realize carbon neutrality with automatic carbon emission reports and ESG regulation-responsive sustainability reports.

    Real-time energy monitoring and trend analysis

    Real-time measurement of energy flows such as power, gas, and steam through IoT sensors, and automatic analysis of consumption patterns and abnormal load sections by time of day.

    Energy monitoring and trend analysis
    Energy efficiency analysis and optimization

    Analyze efficiency metrics by energy source and facility relative to production to automatically adjust operating conditions and minimize energy waste.

    Energy efficiency analysis and optimization
    Support for carbon-neutral action

    Automatically calculates CO₂ emissions based on power consumption and provides ESG reports and data history for CBAM-DPP response

    Energy efficiency analysis and optimization

    Features

    IMPIX's Autonomous Eco Smart Grid (A. ESG) technology is a smart grid system that utilizes advanced technology to improve energy efficiency and sustainability in accordance with environmental (E), social (S), and governance (G) principles. It is an energy management solution that combines the latest information and communication technology (ICT), IoT technology, and artificial intelligence (AI).

    • Autonomous
      Intelligent Energy
      Optimization

      Predict and automatically
      optimize energy use
      by facility

    • Real-time power
      monitoring

      Real-time analysis and
      control of energy flows
      through IoT sensors

    • Integrated operation
      of distributed
      renewable energy

      Maximize efficiency with
      Integrated management
      of renewable resources
      such as solar, ESS, etc.

    • Peak demand
      management

      Automatically detect peak
      power periods to optimize
      demand response control

    • Automatically calcul
      ate carbon emission

      Calculate and report
      CO₂ emissions based on
      power consumption

    • Integrated link
      of ESG data

      Integrated management
      of ESG management
      indicators by linking with
      FEMS, MES, ERP, etc.

    A.ESG View

    Real-time monitoring

    Monitor the supply and demand of electricity in real time to help you manage energy efficiently and optimize costs.

    • Energy Supply/Demand Monitoring
    • Real-time monitoring and trend analysis of energy flows석
    • Monitor weekly/monthly power usage patterns

    Predict and optimize

    Identify weekly and monthly power usage patterns to autonomously predict and manage peak power. This helps to maintain consistent power usage patterns and ensure power supply reliability.

    • Maintain consistent power usage patterns to offload equipment and extend its lifespan
    • Manage demand during peak hours to minimize the risk of power outages and support predictable operations
    • Reduce energy usage

    Manage carbon emissions

    You can categorize direct and indirect emissions to systematically manage emission sources, and analyze emissions by process and facility to identify high emission points and establish reduction strategies. The calculated carbon data can also be utilized as ESG management indicators and emissions trading system response materials.

    • Real-time management of energy usage
    • Indirectly manage greenhouse gas emissions
    • Obtain ESG management data

    Integrated Control

    Integrated Energy Control, Line Energy Control, and Facility Energy Control allow you to visualize and control energy flows and carbon emissions across the entire plant in real time.

    Real-time graphs and dashboards make complex data easy to understand for everyone from the front line to the top management

    데이터 처리(D2)

    D²(디스퀘어)는 BOD 데이터를 통합 수집·관리할 수 있는 데이터 허브 역할을 수행합니다.
    KS X 9101 기반의 BOD Dictionary를 활용해 표준화된 동사·명사 사전(DB)을 구축하고, 이를 바탕으로 BOD 데이터의 구조적 관리와 연계 도구 활용이 가능합니다.