Function

Unit level EMS: The hardware adopts a three-layer architecture of on-site equipment layer, control layer, and monitoring layer, and the software adopts a B/S architecture. It mainly has functions such as real-time monitoring of system operation status, fault diagnosis and alarm, panoramic analysis, equipment startup logic/power protection/peak shaving and valley filling/secondary frequency regulation (unit level)/custom charging and discharging plan strategy. Station level EMS: adopts a four layer architecture consisting of energy storage unit layer, coordination and control layer, station monitoring layer, and scheduling layer. It uses ring network communication and can be configured with redundant dual ring network according to the safety level of the station. The software adopts B/S architecture. It mainly has functions such as station start stop, SOC level protection start stop, charge discharge strategy optimization, secondary frequency regulation (station level) control, primary frequency regulation, black start, smoothing new source fluctuations, system operation status tracking, fault handling, algorithm optimization, etc. Industrial and commercial EMS: The hardware adopts a three-layer architecture of on-site equipment layer, control layer, and monitoring layer, and the software adopts a B/S architecture, mainly including real-time monitoring of system operation status, benefit analysis and reporting, fault diagnosis and alarm, equipment startup logic/power protection/peak shaving/valley filling/requirement response/custom charging and discharging plan and other control functions.

Technical Parameter

Advantage

Full monitoring: can cover blind spots, and both video and fire monitoring can be accessed. Quick and convenient: widely compatible, one step at a time. Strategic Intelligence: Artificial intelligence operates to optimize strategy selection and switching, ensuring maximum returns.