Liquid-Cooled Energy Storage Container

Type

Liquid-cooled energy storage container.

Application Solutions

• Off-grid Solutions: Ideal for remote areas lacking grid access, providing reliable power.
• Charging Station Solutions: Supports the development of electric vehicle charging infrastructure.
• Industrial and Commercial Solutions: Caters to the energy needs of industrial and commercial sectors, reducing energy costs.
• Residential Community Solutions: Ensures a stable power supply for residential areas, enhancing living standards.
• Frequency Regulation Solutions: Helps maintain grid frequency stability, improving power quality.
• New Energy Power Station Solutions: Integrates with renewable energy sources for efficient power generation.

Benefits

• Enhanced Grid Reliability and Resilience: Strengthens the power grid’s ability to withstand disruptions.
• Cost Savings: Reduces energy expenses through optimized energy management.
• Environmental Benefits: Promotes the use of clean energy, reducing carbon footprint.
• Energy Independence: Decreases dependence on traditional energy sources.
• Improved Power Quality: Delivers stable and high-quality electricity.
• Scalability and Flexibility: Allows easy expansion and adaptation to changing energy demands.
• Support for Electrification: Facilitates the transition to electric-powered systems.

Hardware

• Battery Pack: Stores electrical energy for on-demand use.
• BMS (Battery Management System): Monitors and controls battery performance and safety.
• High-Voltage Box: Manages high-voltage power distribution within the system.
• PCS (Power Conversion System): Converts energy between AC and DC forms.
• Power Distribution Box: Distributes electrical power to various components.
• Fire Protection System: Ensures safety by preventing and suppressing fires.
• EMS Controller: Manages and optimizes energy flow in the entire system.
• Container: Houses all components, providing protection and portability.

Software

• Battery Management System Software: Provides real-time monitoring and control of battery status.
• Energy Management System: Optimizes energy usage and distribution for maximum efficiency.

Cloud Platform

Imaxpwr Cloud: Enables remote monitoring, control, and data analysis of the energy storage system.

Parameter Table

Imax1000-2150 Energy Storage Container Parameter Table: Provides detailed technical specifications of the system.

User Manual

Imax1000-2150 Energy Storage Container User Manual: Offers comprehensive guidance on system operation and maintenance.

Technical Parameters

AC Side (Grid-Connected)

• AC Output Power: 1000kW
• Max AC Current: 1600A
• Rated AC Voltage/Range: 400V/230V (±10% – 15%)
• Rated Grid Frequency/Range: 50Hz/60Hz
• Harmonic (Total Harmonic Distortion): <3% (under rated power conditions)
• Rated Power Factor under Rated Power: -1~1
• PCS Cooling Method: Air cooling
• Seamless Switching between Grid and Energy Storage: Optional

AC Side (Off-Grid Conditions)

• Rated AC Voltage: 400V/230V
• Harmonic (Total Harmonic Distortion): <2% (resistive load)
• Rated Frequency/Range: 50Hz/45Hz ~ 55Hz, 60Hz/55Hz ~ 65Hz
• Max AC Power: 1100kW

Battery Side

• Rated Battery Side Voltage: 768VDC
• Cell Type: Lithium iron phosphate 3.2V/280Ah
• Battery Pack Configuration: 1P48S/43.008kWh
• Battery System Configuration: 10P240S
• Battery Capacity: 2150.4kWh
• Battery Operating Voltage Range: 672-864VDC
• Max Charge/Discharge Current: 1400A
• Battery Circuit Breaker: Already integrated
• Battery Cooling Method: Liquid cooling

General Parameters

• Appearance Dimensions – Width*Depth*Height: 6058*2438*2896 mm
• Charge/Discharge Efficiency: 0.5C
• Recommended Discharge Depth: 95%
• System Cycle Times: 6000
• Protection Grade: IP54
• System Efficiency: ~90% (excluding auxiliary equipment energy consumption)
• Fire Protection Grade: Gas sol
• Operating Outdoor Temperature: -30 ~ 60°C (>45°C attenuation)
• Operating Environment Relative Humidity Range: 0 ~ 95%
• Operating Environment Altitude: <2000m
• Cabinet Corrosion Protection Grade: C3 (C4/C5 optional)
• Weight: ~25000kg
• SPD: DC Type II/AC Type II
• Installation Method: Crane
• Expandability: Cabinets can be connected in parallel for expansion

Monitoring System

• Local Terminal: 7-inch touch screen
• Communication Method: RS485/Ethernet
• Communication Protocol: MODBUS-RTU/MODBUS-TCP
• Remote Control Platform: Imaxpwr Cloud