As artificial intelligence continues to reshape industries worldwide, the rapid growth of AI training, inference, and high-density data centers is driving a new wave of global computing infrastructure development. Along with this trend comes increasing demand for uninterrupted power supply, system reliability, and energy efficiency, making energy storage backup systems a critical component of modern AI computing facilities.

On June 3, at SNEC PV+ 2026 International Photovoltaic Power Generation and Smart Energy Conference & Exhibition, Far East Battery officially launched its latest backup power solution, PowerBrick-DC51260, under the theme “Green Power Storage, Safeguarding AI Computing.” Designed specifically for AIDC (AI Data Center) applications, the new product delivers a highly efficient and reliable energy backup solution for next-generation high-density computing environments.

Limitations of Lead-Acid Systems Drive AIDC Backup Power Upgrades

As data centers continue to evolve toward higher power density and greater reliability, power continuity has become a key factor affecting the stability of computing infrastructure.

However, traditional lead-acid UPS backup systems are increasingly constrained by limitations in cycle life, discharge rate capability, space utilization, and maintenance costs. These shortcomings make it difficult to meet the stringent requirements of next-generation AI data centers.

With computing demand growing rapidly and power supply requirements becoming more demanding, the industry is seeking safer, smarter, and more efficient backup energy solutions capable of supporting the future of AI-driven infrastructure.

PowerBrick-DC51260: A New Benchmark for AIDC Backup Power

Addressing the specific needs of intelligent computing centers, Far East Battery officially introduced the PowerBrick-DC51260 at SNEC 2026.

Purpose-built for rack-level and end-of-line backup power applications in AI data centers, the system features a high-rate modular energy storage architecture with a rated energy capacity of 30.72kWh and a maximum discharge power of 184kW per cabinet. Multiple cabinets can be connected in parallel, enabling the system to meet both high instantaneous power demands and continuous power supply requirements in high-density computing environments.

The product is built upon a three-layer architecture covering cell, module, and system integration. Equipped with 6C high-rate battery cells, it delivers exceptional power performance while maintaining long service life. Combined with an advanced Battery Management System (BMS), PowerBrick-DC51260 provides cell-level monitoring and real-time fault warning capabilities, significantly enhancing operational safety and reliability.

For deployment flexibility, the system adopts a modular design compatible with both UPS and HVDC architectures. It supports millisecond-level power switching, ensuring continuous power supply to critical loads. Its scalable architecture also allows data center operators to expand capacity efficiently as future computing demands grow.

Strengthening the Foundation of AI Computing Through Innovation

As the AI era accelerates, data center energy systems are evolving from traditional backup power models toward more integrated and intelligent energy storage solutions.

PowerBrick-DC51260 not only addresses backup power requirements but also helps improve space utilization, optimize maintenance efficiency, and reduce total lifecycle costs, providing a new pathway for building resilient energy infrastructure for AI computing facilities.

From commercial and industrial energy storage applications to AI data center backup power systems, Far East Battery continues to expand the boundaries of energy storage innovation. Looking ahead, the company will further advance technology development around emerging energy scenarios, delivering safer, smarter, and more efficient energy storage solutions to support the sustainable growth of AI-powered computing infrastructure worldwide.