taiyangnews 09月12日
HiTHIUM推出长效储能方案,助力AI数据中心稳定运行
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HiTHIUM在RE+ 2025展会上展示了其专为AI数据中心设计的最新电池储能系统(BESS)。AI数据中心面临着对不间断电源和毫秒级负载波动的严峻挑战,以及绿色转型降低成本和排放的双重压力。为应对这些需求,HiTHIUM推出了长达8小时的∞Power 6.25MWh 8h储能系统,采用磷酸铁锂(LFP)电芯,可满足基载电力需求。此外,针对频繁的峰值负载波动,公司还推出了基于钠离子电池的∞Power N2.28MWh 1h储能系统,可在1小时内提供2.28MWh的备用能源。这两种技术的结合,能够帮助数据中心运营商在满足动态工作负载的同时,不影响计算性能,并提升可再生能源利用率,降低电力成本。

🔋 **长效储能满足AI数据中心稳定需求**: AI数据中心对电力供应的稳定性要求极高,需要应对毫秒级的负载波动。HiTHIUM推出的长达8小时的∞Power 6.25MWh 8h电池储能系统(BESS),采用磷酸铁锂(LFP)电芯,能够提供稳定可靠的基载电力,确保数据中心不间断运行,有效缓解了AI工作负载带来的电力挑战。

⚡ **多技术融合应对峰谷负载**: 针对数据中心瞬息万变的峰值负载需求,HiTHIUM还推出了基于钠离子电池的∞Power N2.28MWh 1h储能系统。该系统能在1小时内提供高达2.28MWh的备用能源,并具备20,000次的循环寿命和稳定的毫秒级负载波动应对能力。将长效LFP储能与短效钠离子储能相结合,为运营商提供了灵活且高效的解决方案,以适应多样化的工作负载。

💡 **提升可再生能源利用率与成本效益**: 通过将电池储能系统与可再生能源结合使用,HiTHIUM的解决方案能够显著提高可再生能源的利用率,并降低电力成本。虽然具体数值未量化,但储能系统能够平抑可再生能源的间歇性,使其更可靠地为数据中心供电,从而支持数据中心的绿色转型目标,并减少整体运营成本。

📊 **提供BESS寿命评估模拟模型**: 除了硬件产品,HiTHIUM还提供了一个专门用于评估AI数据中心BESS寿命的模拟模型。该模型能够提供关于系统退化的精确洞察,帮助用户更准确地预测和管理储能系统的生命周期,从而优化维护策略,确保长期可靠运行。

Battery energy storage solution (BESS) provider HiTHIUM showcased its latest offerings aimed at data center applications at RE+ 2025.  

For some background, data centers that cater to AI workloads, called ‘AIDC’, demand an uninterrupted power supply that can endure millisecond-level load fluctuations. These fluctuations can potentially cause power supply instability, which in turn affects computing performance. Additionally, the green transition mandate for data centers to reduce costs and emissions raises concerns about the intermittent nature of renewable energy. Meeting both ends of a stable power supply and utilizing clean energy necessitates the use of an 8-hour long-duration BESS, stated the company. 

HiTHIUM presented its latest long-duration backup BESS, ∞Power 6.25MWh 8h, tailored for AIDC base load demand, at the show. Built with lithium iron phosphate (LFP) battery cells, this system can deliver up to 6.25 MWh of backup energy for up to 8 hours. Additionally, for peak load demand, where load fluctuations are frequent, the company rolled out its latest shorter-duration backup BESS – ∞Power N2.28MWh 1h. This storage solution, consisting of 162 Ah sodium-ion-based battery cells, can deliver up to 2.28 MWh of backup energy in 1 hour. According to the company, blending these 2 cell technologies can enable operators to meet the dynamic workloads without compromising computing performance. Compared to the instantaneous usage of RE, pairing with BESS enhances the utilization of RE and reduces the levelized cost of electricity (LCOE), although the company didn’t quantify it. 

In addition to these latest BESS, HiTHIUM promoted a simulation model dedicated to assessing the lifespan of AIDC BESS. According to the company, it provides precise insights into system degradation. 

Kush Sutaria, HiTHIUM’s Senior Manager of Application Engineering, said, “At HiTHIUM, we designed our AI data center energy storage portfolio with customer operations in mind. The ∞Power 6.25MWh 8h BESS reduces auxiliary consumption and maximizes long-duration efficiency, while the ∞Power N2.28MWh 1h BESS built on the ∞Cell N162Ah, delivers 20,000 cycles and stable performance even under millisecond-level load fluctuations. These capabilities ensure operators can achieve reliability and cost efficiency as AI data centers push the boundaries of energy demand.” 

The company will manufacture the displayed BESS at its Texas factory, which has an annual production capacity of up to 10 GWh. 

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HiTHIUM BESS AI数据中心 储能 LFP 钠离子电池 RE+ 2025 Battery Energy Storage Data Centers AI workloads Renewable Energy
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