FORTELION Battery SystemSystem Configuration Example

System Configuration Example with 2.1kWh Module

	Small-scale system Residential 1kWh to 10kWh	Medium-scale system Commercial and Industria 10kWh to 1MWh	large-scale system Utility More than 1MWh
	Low Voltage	Middle Voltage	High Voltage
Example of System
Usage Application	With solar power system for residential Peak shift of devices at offices Back up in case of emergency	Commercial area : Peak cut of power, peak shift UPS and back up forthe wireless base station Back up for commercial and industrial devices and supply	Ancillary service, frequency regulation Output equalization of mega solar, wind-power plant Micro-grid, off-grid system
System Configuration	Energy Storage Modules +Communication Box＊3 Energy Storage Modules + BMU	Energy Storage Modules + Communication Box＊3 Energy Storage Modules + BMU	Energy Storage Modules + Communication Box＊3 Energy Storage Modules + BMU
Module Configuration	1S16P＊1	8S4P	16S2P
DC Output	51.2V	410V	820V
Maximum Capacity	2.1kWh×32＝67.2kWh (BMU + Energy Storage Modules)
Maximum Power	82kW＊2

＊1) 1S = 1 series, 16P = 16 parallel
＊2) Further expansion possible by connecting multiple BMUs using BMU-HUB.
＊3) External current interruption device is needed.

System Configuration Example with 1.2kWh Module

	Small-scale system Residential 1kWh to 10kWh	Medium-scale system Commercial and Industria 10kWh to 1MWh
	Low Voltage	Middle Voltage
Example of System
Usage Application	With solar power system for residential Peak shift of devices at offices Back up in case of emergency	Commercial area :Peak cut of power, peak shift UPS and back up for the wireless base station Back up for commercial and industrial devices and supply
System Configuration	Energy Storage Module + Controller	Energy Storage Module + Controller
Module Configuration	1S16P＊1	8S2P
DC Output	51.2V	410V
Maximum Capacity	1.2kWh×16＝19.2kWh (Controller + Energy Storage Modules)
Maximum Power	41kW＊2

＊1) 1S = 1 series, 16P = 16 parallel
＊2) Further expansion can be done by connecting multiple Controllers to EMU.

Control Technology of Megawatt-class Energy Storage Module

• Isolated communication control proprietary technology developed and expandable software technology that can link up to 2048 modules
• High efficiency balance and redundancy operation by cell, module and string
• Capacity deterioration by real-time capacity monitoring

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