ACREL Energy Storage Energy Management System (EMS)

The ACREL Energy Storage Energy Management System (EMS) is designed to provide a central monitoring and management platform for industrial and commercial energy storage installations.

It brings information from different parts of an energy storage system into a common interface. Depending on the system configuration, this can include the power conversion system (PCS), battery management system (BMS), energy meters, temperature monitoring, fire protection, air conditioning and other auxiliary equipment.

The platform can display charging and discharging status, battery state information, system power curves, alarms and other operating data. Historical information can also be used for trend analysis, reporting and system management.

How it works

• Collects system data: The EMS gathers operating information from connected energy storage equipment, including PCS, BMS, meters and auxiliary systems.
• Processes and displays information: Collected data is processed and presented through the visual monitoring interface, allowing operators to view operating conditions, trends, alarms and other system information.
• Monitors battery and PCS operation: Depending on the connected equipment, the system can monitor battery SOC, SOH, voltage, current and temperature, together with PCS electrical and operating parameters.
• Applies energy management strategies: The system supports planned charging and discharging, peak shaving and valley filling, demand control and backup power strategies.
• Supports reporting and historical analysis: Energy storage operating information can be displayed through curves, tables and reports, with data query and export functions available in the documented configuration.

Why choose this product?

The ACREL Energy Storage Energy Management System (EMS) is suited to installations where operators need more than basic battery monitoring. It brings multiple energy storage subsystems into a single management environment, helping provide a clearer view of system operation and allowing configured control strategies to be applied from the EMS.

Its ability to work with energy storage cabinets and containers makes it suitable for a range of industrial and commercial energy storage projects.

Benefits

• Centralises monitoring of energy storage equipment and supporting systems.
• Provides a visual overview of system operating conditions.
• Supports monitoring of PCS and BMS information.
• Provides configurable charging and discharging management strategies.
• Supports peak shaving and valley filling strategies.
• Provides demand control functions.
• Supports backup power strategies where the connected PCS and system configuration allow it.
• Provides alarm management and historical data analysis.
• Supports integration with multiple types of field equipment and communication protocols.

• Energy storage monitoring and management platform
• Designed for commercial and industrial energy storage systems
• Central monitoring of PCS and BMS
• Visual display of charging and discharging information
• Battery SOC and SOH monitoring
• Energy metering and system data analysis
• Alarm and fault monitoring
• Historical curves and statistical reporting
• Planned charging and discharging control
• Peak shaving and valley filling
• Demand control
• Reverse power protection strategy
• Backup power management
• Support for multiple communication protocols
• Integration with auxiliary energy storage equipment
• Capacitive touch-screen interface in the documented hardware configuration

One-time buyout EMS for commercial and industrial energy storage. Centralise PCS, BMS and meter information, view alarms and trends, and apply configured charging, discharging and demand-management strategies.

Review the listed electrical or cabinet measurements to compare operating conditions and support maintenance planning.