面向现代数据中心的电池驱动型弹性.pdf

1、Power Your DataBattery-Driven Resiliencefor Modern Data Centers The Rise of Data CentersExplosive growth driven by AI,cloud,and cryptocurrency.Market SurgePower Your Data Energy consumption is projected to increase sharply through 2028.Regional grid congestion:Pennsylvania,New Jersey,Maryland,and Te

2、xas under pressure.Hot SpotsRising DemandSustainability and reliability are top priorities for hyperscalers.Strategic PrioritiesAI Load FluctuationsEnergy Challenges for Data Centers Power peaks can exceed 100 kW per rack.AI training jobs generate abrupt and cyclical changes.Risk of overloads in the

3、 distribution unit.Sensitivity to Disturbances High sensitivity to voltage fluctuations.Reference to the CBEMA/ITIC curve for disturbance tolerance.Events outside limits can cause blackouts or damage.Island Mode Critical capability to maintain operational continuity.Transforms the data center into a

4、n autonomous microgrid.Requires robust inverter technology and intelligent management.Power Your Data Effective management of power exchange between the Data Center and the grid is essential to ensure both operational reliability and economic optimization.Energy Exchange Management BESS absorbs powe

5、r peaks,reducing maximum demand.Reduce demand costs.Extend equipment lifespan.Peak Power Shaving Charge during periods of low demand and discharge during periods of high demand.Economic optimization.Reduce operating costs.Energy Arbitrage Control of battery state of charge.Availability during demand

6、 peaks.Preparation for blackouts.Maintain optimal charge range.SoC ManagementPower Your Data 00.10.20.30.40.50.60.70.80.911h2h3h4hSystem LoadStorage Battery SystemPowerTimeChargingDischargingPeak HoursCharging00.10.20.30.40.50.60.70.80.911h2h3h4hCompany LoadTimePowerChargingChargingDischargingMaximu