Liquid Cooling Battery ESS 1MWH 2.5MWH 2.8MWH 6MWH

Parameters

Technical parameter table of AC and DC energy storage container below DC1000V+AC400V AC PCS

MODEL	10FT-1075KWH	20FT-2580KWH	40FT-6450KWH	10FT-1205KWH	20FT-2893KWH	40FT-6511KWH
	500KW	500KW	1000KW	500KW	500KW	1500KW
DC System
Battery cell type	Lithium iron phosphate
Battery cell specification	3.2V280AH			3.2V314AH
System battery configuration	240S5P	240S12P	240S30P	240S5P	240S12P	240S27P
Battery capacity	1075kWh	2580kWh	6450kWh	1205kWh	2893kWh	6511kWh
Maximum power	1074KW	2580KW	650KW	602KW	1446KW	3255KW
Maximum current	1400A	3360A	8400A	700A	1883A	4239A
Battery rated voltage	768V			768V
Battery voltage range	672V-864V			672V-864V
Battery Cluster
Battery configuration	240S1P			240S1P
Battery capacity	215.040kWh			241.152kWh
Maximum power	215KW			241KW
Maximum current	280A			157A
Battery rated voltage	768V			768V
Battery voltage range	672V-864V			672V-864V
Battery Module
Battery configuration	48S1P			48S1P
Battery capacity	43.008kWh			48.304kWh
Maximum power	43KW			48KW
Maximum current	280A			157A
Battery rated voltage	153.6V			153.6V
Battery voltage range	133.4V-172.8V			133.4V-172.8V
AC (on-grid and off-grid)
Maximum power (kVA)	550KVA	1100KVA	1100KVA	550KVA	1100KVA	1650KVA
Active power (kW)	500KW	1000KW	1000KW	500KW	1000KW	1500KW
Rated current (A)	722A	1444A	1444A	722A	1444A	2166A
Rated voltage (V)	AC400V
Voltage range	AC340V-AC460V
Rated frequency	50Hz/60Hz
THDI	3%
Power factor	>0.99 (rated power)
AC standard	Three-phase four-wire + ground wire (3W+N+PE)
Overload capacity	110%
PV Side (optional)
Maximum power	600KW/660KW/720KW	600KW/660KW/720KW	1200KW/1320KW/1440KW	600KW/660KW/720KW	600KW/660KW/720KW	1800KW/1980KW/2160KW
PV voltage	DC250V-DC850V
Load Uninterrupted (STS)	(Some are optional, some are standard)
STS power	500KW	1000KW	1000KW	500KW	1000KW	1500KW
STS voltage	400V 50HZ/60HZ
Overload power	110%
Switching time	<20mS
System Operation Strategy
Functionality	Anti-backflow, black start
Operation mode selection	Power peak shaving and valley filling, peak and valley arbitrage of electricity prices, photovoltaic priority to save
	electricity bills,wind power generation priority to save electricity bills, off-grid power supply in remote areas
Operation scenario	Photovoltaic diesel storage project, wind power diesel storage project, wind photovoltaic diesel storage project,
	charging pile + energy storage project, online electricity sales project
General Parameters
Cabinet dimensions(wdh)mm	299124362591	605824362591	1219224362591	299124362591	605824362591	1219224362591
Weight	≈14.8t	≈29.8t	≈69.2t	≈15.6t	≈34.8t	≈71.2t
Maximum cycle efficiency	≥95%
IP rating	IP55
Auxiliary power supply	Self-powered/externally powered
Corrosion resistance level	C3-C5
Working humidity range	0 % – 100 % (no condensation)
Working temperature range	-30 ℃ – 50 ℃ (> 45 ℃ derating)
Maximum working altitude	2000 m
Battery cabinet cooling method	Smart liquid cooling
Fire safety configuration	Smoke detectors, temperature detectors, aerosol fire extinguishers,
	pressure relief valves ,PACK level fire protection, cluster level fire protection,
	water fire protection, automatic pressure relief
Communication	Ethernet, 485, CAN
Communication protocol	Modbus TCP/IP

Enhance Grid Resilience, Optimize System Stability

BESS offers millisecond-level power regulation and precise frequency and voltage control, significantly boosting grid resilience and reliability, and improving overall power quality.

Unlock Capacity Value, Defer T&D Upgrades

Acting as a virtual transmission line, BESS alleviates grid congestion and boosts existing asset utilization, helping you defer or avoid costly transmission and distribution(T&D) infrastructure expansion.

Deepen Market Participation, Unlock Arbitrage Potential

Highly dispatchable, BESS allows you to efficiently participate in ancillary service markets and leverage peak-to-off-peak arbitrage, creating diversified revenue and boosting economic efficiency.

Ensure Critical Load Continuity in Extreme Scenarios

In events like main grid failures, BESS serves as a highly reliable backup power source, providing seamless, uninterruptible power to ensure critical equipment remains operational, guaranteeing ultimate high availability.