BAS-N4200C: High-Capacity Energy Storage Solution for Demanding Projects

The BAS-N4200C from CIRCUTOR is a high-capacity DC-coupled energy storage container, designed to offer solutions for the most demanding projects involving renewable generation hybridization and grid and microgrid regulation. This robust and efficient system, with a capacity of 4.20 MWh, allows for scalability and optimization of energy consumption, contributing to the efficiency and sustainability of various industrial and commercial applications.

Technical Specifications

• Model: BAS-N4200C EBN3A0
• Capacity: 4.20 MWh
• Battery Technology: Lithium Iron Phosphate (LiFePO₄)
• Cell Capacity: 314 Ah
• Battery Management System (BMS): Monitoring of cell voltage, humidity, and temperature.
• Climate Control System: Liquid climate control to optimize cell temperature and increase energy density.
• Protections: Integrated protections in the internal DC bus.
• Safety: Fire detection and extinguishing system using gas diffusion.
• Auxiliary Power Supply: Electrical panel for powering auxiliary equipment in AC.
• Compatibility: Compatible with independent high-voltage PCS (Power Conditioning System).
• Degree of Protection: IP55 (designed for outdoor installation).
• Parallellable: Allows expanding power and storage capacity.

Advantages

• High Efficiency: Optimizes energy consumption and reduces operating costs.
• Scalability: Adaptability to different energy storage needs.
• Robustness and Reliability: Robust design for demanding environments and long service life.
• Safety: Integrated protection systems to ensure installation safety.
• Flexibility: Adaptable to various applications and network configurations.
• Energy Density Optimization: The liquid climate control system allows for higher energy density compared to air systems.

Applications and Recommended Uses

The BAS-N4200C is ideal for a wide range of applications, including:

• Electric Vehicle Charging Centers: Stabilization and regulation of the DC bus for fast and efficient charging.
• Industrial Self-Consumption: Optimizes energy consumption in high-power installations.
• Hybridization with Photovoltaic Plants: Grid balancing services and improved energy efficiency.
• Auxiliary Grid Services: Voltage and frequency stabilization.
• Microgrids and Distribution Networks: Regulation and support of the electrical grid.
• Large Consumption Industrial Installations: Cost reduction and improved energy efficiency.

For more detailed information about the BAS-N4200C and to discover how it can optimize your energy project, visit adjditec.com.