Megawatt Battery Energy Storage System Solutions

Megawatt-scale energy storage systems are an indispensable key component of modern power systems. They are like energy “reservoirs”, playing an important role in the power grid by peak shaving and valley filling, stabilizing the power grid, and improving energy utilization.

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  • 1.9MWH Liquid Cooling Lithium Ion Battery Energy Storage System

Features

Peak shaving and valley filling

Release stored electrical energy during peak electricity consumption to relieve power grid pressure; store excess electrical energy during low electricity consumption periods to improve power grid operation efficiency.

Stable power grid

Smooth out the fluctuations of renewable energy sources such as wind power and photovoltaics, provide auxiliary services such as frequency and voltage regulation for the power grid, and enhance power grid stability.

Improve energy utilization

Store the originally wasted electrical energy and release it when needed, reduce energy waste and improve energy utilization efficiency.

Backup power supply

Provide emergency power supply when the power grid fails or power is cut off, ensuring the continuous operation of important loads.

Application scenarios

Grid Frequency Regulation and Peak Shaving

Grid frequency regulation and peak shaving

Smoothing Renewable Energy Output

Wind farms or photovoltaic power stations

Industrial and Commercial Backup Power

Large factories, data centers, hospitals,hotels etc.

Microgrids and Off-Grid Power Supply

Remote areas or islands

Specifications

1.9MWH Liquid Cooling Lithium Ion Battery Energy Storage System

  • Commercial and indusrtial: reduce energy costs through energy arbitration and peak shaving
  • Agricul tural: achieve energy security with predictable costs and reduced disruption and production loss
  • Microgrid: seamless integrate with solar power for reliable off-grid solutions
  • Access to green markets: decrease reliance on fuel generators and enhance sustainability to gain entry into green markets and eco-tourism
MODEL 500KW-1900KWH
General Data
Dimension 6058(L)x2438(W)x2591(H)mm
Weight ≤28T
Working Temperature Range -20℃ ~ 40℃
Protection Class IP55
Altitude 3000m (no derating)
Humidity 0~95% (no condensation)
Fire Extinguishing Aerosol fire extinguishing device
Cooling 40KW Liquid  cooling system
Anti-Corrosion C3
Authentication level GB/T-36276
Battery Data
Battery Type 3.2V314Ah Lithium ion battery
Nominal Capacity (kWh) 1929KWh
Battery Item 240S8P (Cluster 768V/241KWh PACK 3.2V/314Ah,448W(0.5P@25℃))
Battery Module Qty. 40PCS(5 pcs/cluster,8 cluster)
DC Voltage Range(V) 768V(600V-876)
Max. Operation Current (A) 1256A
Efficiency 94%
PCS DC/AC Data On-grid Mode
Rated AC Power (KW ) 500KW
Rated AC Output Voltage(V) 400V
Rated AC Output Frequency (Hz) 50Hz
Max. AC Current(A) 722A
Overload Capacity 110%
AC PF 0.8 (perceptual) ~ 0.8 (capacitive)
THDi <3%@ rated power
Isolation Type Transformer
Peak Efficiency 99%
PCS DC/AC Data Off-grid Mode
Output voltage accuracy ±2%
Voltage harmonic distortion <2%
Overload capacity 110%
PV DC/DC Data Parameter
Rated Power(kW) 600KW/660KW/720KW
PV Input Voltage(Vdc) 250VDC-850VDC
Max. current(A) The single-channel power does not exceed 60KW, and the current value is related to the voltage.
Max. Efficiency(%) Related to photovoltaic panels and lighting in the installation area
Operation Mode
On/off-grid Switch STS non-stop switching
EMS It can be used in photovoltaic diesel storage projects, wind power diesel storage projects,
wind photovoltaic diesel storage projects, charging pile + energy storage projects,
and online electricity sales projects.
Communication Type Ethernet, 485, CAN
MPPT Optional: According to the actual demand

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