Energy Management System
Energy Management System (EMS) is a system that is designed to improve the efficiency of energy consumption, improve the utilization of the system, increase reliability, predict electrical system performance, and optimize energy usage to reduce cost.
Energy Management System
Energy Management System (EMS) is a system that is designed to improve the efficiency of energy consumption, improve the utilization of the system, increase reliability, predict electrical system performance, and optimize energy usage to reduce cost.
3 Steps to Enhance Your Factory Energy Saving with EMS
3 Steps to Enhance Your Factory Energy Saving with EMS
Data Acquisition
Data Acquisition
With WISE-PaaS/EdgeLink edge data acquisition software, data collected from different machines and multiple facilities goes through EMS edge into one single platform, either on-premises or in the cloud platform .
With WISE-PaaS/EdgeLink edge data acquisition software, data collected from different machines and multiple facilities goes through FEMS edge into one single platform, either on-premises or in the cloud platform .
Data Computing & Visualization
With WebAccess/SCADA software, data can be aggregated in the EMS server, or directly transmitted into the WISE-PaaS cloud platform. Data is analyzed and visualized as energy management assets with the iFactory/EMS application.
3 Steps to Enhance Your Factory Energy Saving with EMS
Data Computing & Visualization
Data Computing & Visualization
With WebAccess/SCADA software, data can be aggregated in the FEMS server, or directly transmitted into the WISE-PaaS cloud platform. Data is analyzed and visualized as energy management assets with the iFactory/FEMS application.
With WebAccess/SCADA software, data can be aggregated in the FEMS server, or directly transmitted into the WISE-PaaS cloud platform. Data is analyzed and visualized as energy management assets with the iFactory/FEMS application.
Central Management
Central Management
Using contextualized and visualized EMS data, both real-time and historical, in the Industry 4.0 Situation Room, supports managers to have continuous energy saving activities by PDCA cycle and visualization management.
Using contextualized and visualized FEMS data, both real-time and historical, in the Industry 4.0 Situation Room, supports managers to have continuous energy saving activities by PDCA cycle and visualization management.
Energy Management Systems (EMS) are automation systems that collect energy measurement data from the field and making it available to users through graphics, online monitoring tools, and energy quality analyzers, thus enabling the management of energy resources.
Energy Management Systems can reduce operating costs and improve productivity. Meanwhile, energy management systems should meet the automation requirements of energy equipment and operation management, so that energy management systems can reduce the input of human resources.
Energy Management Systems (EMS) are automation systems that collect energy measurement data from the field and making it available to users through graphics, online monitoring tools, and energy quality analyzers, thus enabling the management of energy resources.
Energy Management Systems can reduce operating costs and improve productivity. Meanwhile, energy management systems should meet the automation requirements of energy equipment and operation management, so that energy management systems can reduce the input of human resources.
Digitizing Energy Management with EMS
Digitizing Energy Management with EMS
Energy management combined with production management is crucial for centralized operation optimization and control
Energy management combined with production management is crucial for centralized operation optimization and control
- Easy deployment and maintenance
Single platform for automation and energy management allows fast implementation, easy scalability, user-friendly maintenance, and seamless integration with 3rd party software and database.
- Data integration
The digitally enabled convergence of information technology and operation technology provides the infrastructures to navigate the energy management landscape for operation excellence.
- Easy deployment and maintenance
Single platform for automation and energy management allows fast implementation, easy scalability, user-friendly maintenance, and seamless integration with 3rd party software and database.
- Data integration
The digitally enabled convergence of information technology and operation technology provides the infrastructures to navigate the energy management landscape for operation excellence.
Reducing project lead time and providing value-added services is important for future-ready business
Reducing project lead time and providing value-added services is important for future-ready business
- Customizable and expandable service.
Simple, intuitive interface with easy configuration tools and tailor-made dashboards enable high reliability and flexibility to develop value-added services with reduced project time, risk and costs.
- New business opportunities
With rapid project implementation and value-added services, competitive advantage and new business opportunities can be earned today to comply with tomorrow.
- Customizable and expandable service.
Simple, intuitive interface with easy configuration tools and tailor-made dashboards enable high reliability and flexibility to develop value-added services with reduced project time, risk and costs.
- New business opportunities
With rapid project implementation and value-added services, competitive advantage and new business opportunities can be earned today to comply with tomorrow.
Digitizing Energy Management with EMS
Real-time Data Management
Energy consumption and cost of utilities can be measured on the basis of hour, day, month, or year, by individual, aggregated departments, or corporate level. By setting benchmarks and comparing current performance with set targets, it is easy to analyze the use of energy and utilities to support energy efficiency improvements.
Real-time Data Management
Energy consumption and cost of utilities can be measured on the basis of hour, day, month, or year, by individual, aggregated departments, or corporate level. By setting benchmarks and comparing current performance with set targets, it is easy to analyze the use of energy and utilities to support energy efficiency improvements.
Dashboard Visualization
Performance calculation, data displays and reports can be easily visualized using dashboard tools. The navigation menu and dashboard displays can be customized from the user interface, including trends, graphs, diagrams and tables. It also provides KPI and alarm management functions.
Dashboard Visualization
Performance calculation, data displays and reports can be easily visualized using dashboard tools. The navigation menu and dashboard displays can be customized from the user interface, including trends, graphs, diagrams and tables. It also provides KPI and alarm management functions.
Energy Consumption Map
Energy maps can display real-time and target demand values for geographic locations, The value is red when the real-time energy consumption demand exceeds the real-time target demand; the value is green when it is below the target demand.
Energy Consumption Map
Energy maps can display real-time and target demand values for geographic locations, The value is red when the real-time energy consumption demand exceeds the real-time target demand; the value is green when it is below the target demand.
Energy Consumption Overview
Dashboards display the plant’s energy consumption for users to monitor consumption as well as the cumulative value of usage for any month. It also compares energy consumption over the same period for the past 3 years to monitor short-term changes or identify long-term trends.
Energy Consumption Overview
Dashboards display the plant’s energy consumption for users to monitor consumption as well as the cumulative value of usage for any month. It also compares energy consumption over the same period for the past 3 years to monitor short-term changes or identify long-term trends.
Sectoral Energy Consumption Trends
Water, gas, oil, and electricity are all energy-consuming materials. Then select the energy consumption sub-items to be counted. The upper right corner can select a time interval to facilitate the comparison of energy consumption trends between departments.
Sectoral Energy Consumption Trends
Water, gas, oil, and electricity are all energy-consuming materials. Then select the energy consumption sub-items to be counted. The upper right corner can select a time interval to facilitate the comparison of energy consumption trends between departments.
Departmental Evaluation Analysis
This dashboard is useful in examining each department and unit to prevent waste and improve energy efficiency for better energy management.
Departmental Evaluation Analysis
This dashboard is useful in examining each department and unit to prevent waste and improve energy efficiency for better energy management.
