EMS
Energy Monitoring | Real-time Management | Energy Analysis
Energy Monitoring | Real-time Management |
Energy Analysis
Introduction to EMS
Introduction to EMS
The Energy Management System (EMS) uses program control, network communication and database technology, send the energy data of the field control station to the management control center for production data collection, storage, processing, statistics, query and analysis, and then complete the monitoring, analysis and diagnosis of production data, so as to achieve the goal of effectively managing energy consumption and saving electricity.
The Energy Management System (EMS) uses program control, network communication and database technology, send the energy data of the field control station to the management control center for production data collection, storage, processing, statistics, query and analysis, and then complete the monitoring, analysis and diagnosis of production data, so as to achieve the goal of effectively managing energy consumption and saving electricity.
Solution
EMS applications provide complete solutions
– Energy Management System of Energy Storage Cabinet (EMS / Honeywell)
– Power Management Monitoring UI System (PCS / ESS)
– Communication Data Receiving, Scheduling And Event Execution
– Environmental Control System
– Peak Load Shaving System
– Electric Power Ancillary Services (AFC/FRR)
– Safety Management And Protection Mechanism System
– Exception Management
EMS Structure
Energy data has visualization and early warning function
Remotely monitor the EV Charging System, ESS (Energy Storage System and PV Renewable Energy System through the cloud management platform, conduct AI real-time monitoring, early warning management, data analysis, energy analysis and optimization strategy for the data, and timely provide warning notice to the manager in case of abnormality.
Honeywell™ Platform
FIC has over 17 years of experience in cooperation with international manufacturers
In order to improve the energy operation efficiency and subsequent function expansion of the energy management system, FIC adopts Honeywell™ AIoT platform to support a variety of communication protocol control, such as BACnet, MODBUS, LonWorks, etc. widely used internationally, which can integrate the system equipment completely. The energy management system built with Honeywell™ can integrate the original equipment and newly purchased equipment, improve the installation efficiency and integration of the system, and maintain the expansion capacity of the automation system.
Energy Management System features and functions
Real-time control,optimization and cost reduction
– Instant energy consumption profile and maintenance.
– Monitor equipment operation efficiency and improve its efficiency.
– Historical data analysis and reasonable calculation of energy consumption.
– Establish energy management benchmarks.
– Immediate warning and abnormal management notification.
– Remote monitoring to reduce manpower load.
Application Of Energy Storage System
Energy can be used precisely, efficiently and increases the rate of return
The main application modes include load shifting, peak load shaving, and demand response. The load shifting means transferring the green electricity left during the day to the night or other time; For the intermittent operation mode of high-voltage transformer, the occasional peak power consumption is replaced by the discharge of energy storage system, and the peak load shaving is cutting to reduce the contracted capacity of power consumption, so as to save cost; As for the demand response, it is aimed at the gentle power consumption mode, participating in Taipower auxiliary services through off peak charging and peak discharge, and obtaining relevant service income to improve the return on investment.
ESS Structure
Energy can be stored, dispatched and used efficiently
BMS, Battery Management System : monitor and manage battery status.
– Avoid abnormal battery conditions (SoC / soh)
– Maintain the normal operation of the ESS
EMS, Energy Management System : use programs to control and manage the energy storage system for optimal operation.
– Energy data collection, processing, statistics, query and analysis
– Monitor, analyze and diagnose to achieve the goal of effective management
PCS, Power Conversion System : used to exchange energy between energy storage battery and power grid, and control and manage battery charging and discharging.
– Provide stable voltage and frequency for the load in the microgrid
– Realize “peak load shaving” of power grid load and fast secondary frequency modulation
FIC is dedicated to environmental protection and energy cycle applications in Taiwan
FIC supports environmental protection and circular economy. With 45 years of technical experience as the background, FIC cooperates with the government to implement environmental protection and diversified energy application, and provides a new energy integration scheme. For information about FIC and products, please refer to FIC global information network at www.fic.com.tw or contact globalmkt@fic.com.tw.
FIC is dedicated to environmental protection and energy cycle applications in Taiwan
FIC supports environmental protection and circular economy. With 45 years of technical experience as the background, FIC cooperates with the government to implement environmental protection and diversified energy application, and provides a new energy integration scheme. For information about FIC and products, please refer to FIC global information network at www.fic.com.tw or contact globalmkt@fic.com.tw.
