• Peak Shaving and Valley Filling (Load Leveling):

​Achieve reduced electricity costs and balanced grid load by charging energy storage systems during periods of low grid demand (valleys) and discharging during peak demand periods (peaks).​

• Emergency Power to Prevent Significant Economic Losses from Sudden Power Outages:

​Serve as a reliable backup power source during main power interruptions, preventing substantial economic losses such as critical equipment downtime, data loss, and production halts caused by sudden power failures.

Overview

• Integrated Design: This 125kW/261kWh liquid-cooled industrial and commercial energy storage system adopts an "All In One" design, integrating battery PACK, BMS, PCS, EMS, thermal management, and fire suppression into a standardized cabinet.
• Modular and Scalable: The system is modular and standardized, allowing for easy expansion through parallel connection of multiple cabinets.
• High Performance Attributes: It incorporates advanced technologies emphasizing high efficiency, high safety, long lifespan, and ease of expansion.
• Plug-and-Play Functionality: A single cabinet forms a complete and independent system that is easy to install and operate.
• Flexible Deployment: The system is suitable for various user-side applications, including industrial and commercial parks, low-voltage distribution stations, highway service areas, gas stations, and airports.
• Versatile Application Scenarios: It supports expanded applications such as integrated photovoltaic storage and charging, and microgrids.
• Multiple Operating Modes: The cabinet supports various operating conditions, including peak-valley arbitrage, anti-backflow, demand control, load tracking, and backup power supply.
• Intelligent Cloud Management: The system features intelligent cloud maintenance, enabling multi-level authority management, custom data reports, and tailored fault alerts.

Internal layout of energy storage cabinet