Unlock the future of energy management with the SEPLOS 112.8kWh / 50kW Distributed ESS Cabinet Energy Storage System. Engineered to the highest standards by SEPLOS, this cutting-edge solution redefines reliability, efficiency, and scalability for industrial and commercial applications.

Product Overview.
SEPLOS 112.8kWh / 50kW energy storage system integrates seamlessly into diverse environments, providing uninterrupted power support directly connected to the AC low-voltage side. Featuring lithium iron phosphate batteries known for their high energy density and extended cycle life, the outdoor cabinet design allows for flexible expansion, maintenance, and repair. Advanced local data monitoring enables comprehensive equipment management and system control, either independently or through station-level integration, facilitating early fault detection and rapid troubleshooting. The system's intelligent temperature control enhances efficiency and battery cycle life, while its modular design enables easy expansion and flexible deployment.

Key Features.

• Highly Integrated: Featuring an all-in-one design for maximum spatial efficiency, easy installation, and integrated transportation suitable for various hoisting conditions.
• Modular Expansion: Built on a modular framework, our system allows for flexible expansion, accommodating various power configurations and scaling from kWh to MWh capacities.
• Standardized Design: With standardized production processes and pre-installed systems, we ensure rapid deployment and minimal on-site maintenance costs.
• Intelligent Operations: Leveraging intelligent temperature control and advanced management algorithms, our system optimizes energy efficiency and battery lifespan while offering tailored operational modes for diverse applications.
• Comprehensive Safety: Boasting full cell voltage monitoring, real-time insulation monitoring, and integrated fire detection and suppression systems, our solution prioritizes safety and peace of mind.
• Unwavering Reliability: Engineered to withstand extreme environmental conditions, our system offers fault isolation and distributed unit management for unparalleled reliability.

System Structure.
The energy storage system includes battery systems, DC confluence, power distribution components, monitoring systems, thermal management mechanisms, and fire suppression systems. Seamless communication and control between these components ensure optimal performance and safety.

Technical Terminology.

• Power Conversion System (PCS): A bidirectional converter enabling precise control of energy storage battery charging and discharging processes.
• Cell: The fundamental unit responsible for converting chemical energy into electrical energy, consisting of positive and negative electrodes, a separator, electrolyte, casing, and terminals.
• Battery Module: An assembly of interconnected battery cells with integrated management and protection devices, facilitating versatile configuration options.
• Battery Cluster: A cohesive grouping of battery modules interconnected for independent operation, overseen by Battery Management Systems (BMS) and Battery Cluster Management Units (BCMU).
• Energy Management System: A sophisticated computer-based system orchestrating battery system management and PCS control, ensuring safe and efficient operation.
• Fire Fighting System (FFS): A real-time fire detection and suppression system, equipped to swiftly identify and mitigate battery system fires.

Revolutionize your energy infrastructure with SEPLOS. Contact us today to embrace a future of uninterrupted power supply.