Overview
Designed for AIDCs and supercomputing centers, the solution integrates an end-to-end power supply chain, millisecond-level supercapacitor backup, and “computing-power synergy” management to achieve highly reliable power supply, green energy utilization, and intelligent energy dispatch.
Key Benefits
A/B dual-path full-chain redundant architecture combined with millisecond supercapacitor backup achieves zero-interruption power supply. Efficient power conversion minimizes energy loss and supports direct PV/storage integration for green data centers. Bidirectional EMS-grid communication enables demand response and peak shaving, transforming the data center from a rigid load into a flexible grid regulation resource.
Core Business Value
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01
Ultimate Reliable Power Supply Assurance
Adopts an end-to-end "A/B Dual-Path" redundant architecture, providing dual backups from the power input to core equipment. Combined with the millisecond-level response capability of super capacitors, it delivers "zero-glitch" power supply for critical loads, ensuring the continuous and stable operation of the data center.
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02
Highly Efficient Green Energy Architecture
Utilizes the energy storage system as the core of energy management, improving power conversion and utilization efficiency while reducing system losses. Supports deep integration with renewable energy sources such as solar PV to facilitate green data center construction and low-carbon operations.
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03
Intelligent Grid-Friendly Interaction
Through bidirectional coordination between the station-level EMS and the power grid, it enables demand response, peak shaving and load shifting, and load optimization management. This transforms data centers from traditional "rigid loads" into "flexible energy resources" with regulation capabilities, thereby creating additional energy value.
BESS System Architecture
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