Breakthrough Technology Addressing Energy Needs in the\nHigh-Performance Computing Era<\/p>\n
Hangzhou, China, (ANTARA\/PRNewswire) - As artificial intelligence,\ncloud computing, and big data become increasingly integrated, AI-based\ndata centres (AIDC) worldwide are entering a phase of rapid growth. The\nsurge in computing demands is driving a significant increase in power\ndensity, accompanied by lower tolerance for electrical disruptions and\nhigher requirements for energy efficiency.<\/p>\n
In response to these needs, Narada has launched the latest generation\nbackup power system designed specifically for AIDC applications, namely\nAIOn X-Rate. This solution brings comprehensive innovations from cell\nmaterials to system architecture, offering three main advantages:\nimmense power, extreme safety, and long-lasting cycle life.<\/p>\n
High Power Performance: Millisecond Response with 10C Rate<\/p>\n
In AIDC environments, server rack loads can fluctuate over 100 kW,\nmaking power performance the primary benchmark for backup power systems.\nAIOn X-Rate addresses this challenge through significant performance\nenhancements.<\/p>\n
The system uses lithium iron phosphate (LFP) cells designed for\nhigh-power needs, capable of supporting discharge rates up to 10C with\nseamless response, while maintaining equivalent discharge capabilities\nbetween 10C and 1C\u2014demonstrating exceptional performance stability.<\/p>\n
Thanks to material innovations, a single cabinet can generate over\n600 kW of power, with cell power density exceeding 1,900 W\/kg. This\nsupports energy discharge in extremely short times. The system also\nfeatures very high pulse cycle performance with over 200,000 cycles at a\n500-millisecond pulse discharge\u2014aligning with the high-frequency\nregulation needs in AIDC environments.<\/p>\n
At the material level, AIOn X-Rate adopts high-entropy electrolyte\ntechnology that optimises ion dissolution structures, significantly\nenhancing ion mobility efficiency.<\/p>\n
Furthermore, this innovation delivers capacitor-like characteristics,\ncreating a hybrid energy storage mechanism that combines delithiation\nprocesses and double-layer capacitance.<\/p>\n
This architecture maintains electrical voltage stability during\nhigh-power discharge in short durations, preventing voltage drops under\npeak loads.<\/p>\n
Compared to conventional lead-acid-based backup power systems, AIOn\nX-Rate offers equivalent or superior performance with up to 70% space\nefficiency and 50% faster installation times, freeing up additional\nspace for computing capacity in high-density data centres.<\/p>\n
Safety as the Foundation: From Protection to Prevention<\/p>\n
In AIDC environments with high power density and operational\ncontinuity, safety aspects are crucial. AIOn X-Rate develops a safety\napproach that shifts from mere passive protection to active\nprevention.<\/p>\n
The system uses special 55Ah AIDC batteries with hybrid solid-liquid\nelectrolytes. This combination suppresses the risk of thermal runaway\nand leakage that could trigger fires, while balancing electrochemical\nperformance and physical safety.<\/p>\n
AIOn X-Rate also features a three-dimensional collaborative battery\ndesign (SNS) that reduces internal resistance and heat during high-power\ndischarge. Supported by a comprehensive insulation system, this solution\nensures electrical safety throughout the usage cycle.<\/p>\n
Long-Lasting Service Life: High Durability with Intelligent\nMaintenance<\/p>\n
As 24\/7 operational infrastructure, the service life and ease of\nmaintenance of backup power systems greatly determine the reliability\nand operational costs of AIDC. AIOn X-Rate is designed with a\nfull-lifecycle value-added approach.<\/p>\n
The system uses small, stable graphite particles for the anode,\ncapable of suppressing volume expansion during long cycles. As a result,\nexpansion is reduced by up to 30% and initial lithium loss drops by 40%,\nextending battery lifespan.<\/p>\n
To maintain performance consistency, AIOn X-Rate employs an active\nbalancing strategy at the system level with supplemental charging,\ndynamically balancing all battery cells. This approach proves more\neffective than conventional module-based methods.<\/p>\n
Additionally, the system is equipped with an external Battery\nManagement Unit (BMU) that simplifies device maintenance. Insulated\nmaintenance panels separate high-voltage components from operators and\nfacilitate direct point-by-point disassembly, enhancing work efficiency\nand safety.<\/p>", "url": "https:\/\/jawawa.id\/newsitem\/narada-launches-next-generation-backup-power-system-for-aidc-aion-x-rate-1775825446", "image": "" }, "sponsor": "Okusi Associates", "sponsor_url": "https:\/\/okusiassociates.com" }