MW Level EMS Energy Storage Controller

•High real-time performance and data processing capability

•Intelligent control strategy

•System integration and compatibility

•Safety and warning functions

•Flexible configuration and scalability

Product Introduction

The MW level EMS energy storage controller is the brain of the energy storage system, used to monitor, control, and optimize the energy flow of the energy storage power station. It achieves comprehensive management of energy storage systems through collaborative work with devices such as energy storage inverters (PCS) and battery management systems (BMS).

Application

: Peak shaving and frequency regulation of power grid
Release energy storage during peak load periods and charge during low load periods to optimize grid operation efficiency.

: Renewable energy access
Smooth out the output fluctuations of renewable energy sources such as solar and wind power, and enhance the stability of the power grid.

: Microgrid operation
Provide stable power support during isolated operation of microgrids to ensure the power quality of local users.

: Emergency power supply
As a backup power source to ensure power supply in remote areas or important load scenarios.

: Peak valley electricity price management
According to fluctuations in electricity prices, intelligently arrange the charging and discharging of energy storage systems to help users reduce their electricity costs.

: Distributed Energy Management
Integrate multiple distributed energy sources (such as photovoltaics, energy storage, and charging stations) to achieve comprehensive energy management.

: High real-time performance and data processing capability
Support millisecond level data collection and storage, capable of handling millions of data access, ensuring fast response and efficient operation of the system.

: System integration and compatibility
Compatible with multiple types of energy storage batteries (such as lithium iron phosphate batteries, all vanadium flow batteries) and mainstream devices. Supports off grid operation mode and can seamlessly switch with the power grid.

: Safety and warning functions
Provide system fault diagnosis and warning functions, support remote monitoring and operation. Support cloud platform functionality to achieve remote monitoring and data management.

: Flexible configuration and scalability
Supporting modular design, functional components can be flexibly configured according to different scenarios. Provide rich API interfaces for easy integration with third-party systems.

Parameter

Equipment Project	Specifications
CPU	ARMcortex series, 4-core processor
Operating system	Linux system
Working power supply	DC18V-36V(Recommended standard 24VDC power input)
Short distance wireless	1 channel WIFI and Bluetooth interface, WIFI and Bluetooth are integrated on the same module
Wireless 4G	1-channel PCIE slot, capable of plugging in 4G communication modules for the entire network
External storage	Provide SATA signal, power supply DC5V socket, external portable hard drive
Working power consumption	≤ 15W (local power consumption), internal power supply of 50W, 12V LCD screen is optional
Working temperature	30 degrees below zero and 65 degrees above zero
Working humidity	5%~95%(no condensation, freezing, etc. inside)
Storage temperature	Minus 40 degrees and above 85 degrees
Key	1 RST reset button and 1 FCN function button (reserved)
Indicator light	1 power indicator light, 3 status indicator lights
Buzzer	1 pcs
SIM card holder	2 pcs
Standard interface	1-channel MINUSB debugging serial port 4 Ethernet ports, 1 1000M and 3 100M Ethernet ports 1 HDMI high-definition display interface 2-channel USB data communication port 2-channel CAN communication port 4-channel serial communication port 8-channel remote control measurement port (optional) 10 remote signaling monitoring ports (optional) 1-channel DC12V external power supply output (12VDC 2A) 1 DC24V power supply voltage input
Cloud management platform	Support
Network timing	Support NTP/RTC clock synchronization