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Post Requirements
Product information
EMS energy management system is an integrated energy management system for lithium battery energy storage power stations, which realizes real-time monitoring, diagnosis and early warning, panoramic analysis, and advanced control functions, meeting the needs of comprehensive operation monitoring, intelligent safety analysis, and dynamic panoramic analysis, and ensuring the safe, reliable and stable operation of energy storage power stations.
EMS energy management system is suitable for system monitoring, power control and energy management monitoring system of energy storage station, microgrid, new energy storage integration and other types of projects, to achieve centralized monitoring of energy storage station BMS and PCS, unified operation, maintenance, overhaul and management. To achieve rapid fault removal, relieve the power grid pressure during load peak, reduce the power grid operating costs, improve economic benefits.
System functions:
System overview
1) Real-time data collection and monitoring, including key operation information of the energy storage station: including the rated power of the power station, the rated capacity of the power station, the number of PCS operating units of the power station, and according to the operation data sent by the energy storage station, the system operating status is analyzed, and useful information is mined or extracted, such as the SOC, SOH of the energy storage system, and the charging and discharging efficiency of the energy storage station.
2) The map shows the geographical location of the storage station.
3) Show recent historical data: today and yesterday clipping peak power, this month, this week, yesterday, 24 hours of charge and discharge active power curve.
Monitoring and control
1) Display the charging and discharging situation of the current energy storage station, as well as relevant key data.
2) The accident summary of multiple energy storage units under the energy storage power station can be viewed in detail by clicking the optical plate.
3) Display data of energy storage power station under planning control, including real-time charge and discharge curve, daily plan curve and intra-day ultra-short-term curve.
Day-ahead plan
1) Charge and discharge plan maintenance: The display content of this page includes the charge and discharge plan of the energy storage station, new energy prediction information curve and energy storage charge and discharge information curve. Users can add, modify, or delete the charge and discharge plan of the energy storage station in the "Charge and Discharge Plan Maintenance" column. The control strategy of peak cutting and valley filling, new energy consumption, peak cutting and valley filling, and emergency power preservation can be carried out by charging and discharging, two-charging and two-discharging or one-charging and two-discharging modes.
2) Historical plan query: Query the scheduling plan value of the corresponding time period or the energy storage charge and discharge plan value automatically generated by the system by selecting the date.
Alarm query
Users can query and export the historical alarm information through the alarm interface. Find historical alarm information accurately and easily, without having to search through the system each time.
