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Key Performance attributes - ORv3 and HVDC Power Systems.pdf

上传人: S** 编号:1240938 2026-05-16 35页 4.32MB

1、Requirements/Considerations of Next Generation AI Power ShelvesHarry Soin,Senior Director,Advanced EnergyCihan Aydin,Sen.Electrical Engineer,Delta Energy SystemsRACK&POWEROutline Features.Harry SoinHPRv2 and HPRv4 HVDC Product detailsHPRv2 and HPRv4 Pulse load challengesPlanned New featuresOverview

2、of Power Architecture in Datacenter.Cihan Aydin Comparison ORV3 HPR vs.HPRv2 PSU&ShelfORV3 HPR Efficiency CurveGPU load Profile and CBU HVDC TransitionAgendaRACK&POWERHPRv1 33kW Power Shelf DetailsSHELFNumber of Slots6 PSU Slots+1 PMM/PMI SlotOutput Power33kW(N+0)and 27.5kW(N+1)Output Voltage50VdcOu

3、tput Current672A(Nominal)Output ConnectorBarKlip BK600 connector or equivalentCommunicationMODBus via PMMSize(W x H x D)537mm x 46mm x 788.7mm 1OURECTIFIERInput Voltage Range180Vac 305VacOutput Power5.5kW,De-rated power at 195VacOutput Voltage50VdcOutput Current112AHoldup Time20msEfficiency97.5%(Pea

4、k)/96.5%(Full Load)Current ShareActive+Voltage DropCommunicationMODBusSize(W x H x D)73.5mm x 40mm x 640mmHPRv1 5.5kW Measured EfficiencyINPUTPEAK EFFICIENCYFULL LOAD EFFICIENCY277VAC97.64%96.51%Module efficiency measurement with 5.5kW full load condition.Efficiency measured with fan loss included.9

5、7.64%96.51%93.50%94.00%94.50%95.00%95.50%96.00%96.50%97.00%97.50%98.00%98.50%0%10%20%30%40%50%60%70%80%90%100%EfficiencyPercent LoadLimit Min EffLimit Peak Eff277Vac EfficiencyHPRv2 72kW Power Shelf DetailsSHELFNumber of Slots6 PSU Slots+1 PMMv2 SlotOutput Power72kWOutput Voltage50VdcOutput Current1

6、470A(Nominal)Output ConnectorBarKlip BK2000 connector or equivalentCommunicationMODBus via PMMSize(W x H x D)537mm x 46mm x 867.5mm 1OURECTIFIERInput Voltage Range180Vac 305VacOutput Power12kW,De-rated power at 218VacOutput Voltage50VdcOutput Current245AHoldup Time20msEfficiency97.5%(Peak)/96.5%(Ful

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1. **产品迭代与性能**:HPRv1(33kW/5.5kW PSU)、HPRv2(72kW/12kW PSU)、HPRv4(100kW/160kW HVDC)功率密度提升,效率峰值达98.5%(HPRv4)。 2. **脉冲负载挑战**:高 slew率导致输出电压过冲/下冲,需优化输出 busbar 设计降低电感。 3. **电网适应性**:HPRv2 支持0.45-0.8 pu 电压跌落穿越(BBU 协助),目标500ms 快速恢复。 4. **架构对比**:ORV3 HPR(33kW)与 HPRv2(72kW)效率相当(96.5%@100%负载),但 HPRv2 尺寸更大(905mm vs 788.7mm)。 5. **HVDC 转型**:AI 机柜空间受限,需 HVDC 侧边供电方案,配合 CBU(16kW 脉冲)和 EDLC 储能。
**AI电源革新?** **72kW如何实现?** **电压穿越难题?**
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