简介:A5GHzFloatingPointMultiply-Accumulatorin90nmDualV{sub}TCMOS;Ahigheffectivealgorithmof32-bitmultiplyandMACinstructions'VLSIimplementationwith32×8multiplier-accumulatorinDSPapplications;Ahigheffectivealgorithmof32-bitmultiplyandMACinstructions'VLSIimplementationwith32×8multiplier-accumulatorinDSPapplications;AStudyonHydraulicActiveEngineMount;Astudyonthecycleperformanceoflithiumsecondaryhatteriesusinglithiumnickel-cobaltcompositeoxideandgraphite/cokehybridcarbon;ASTUDYONTHEDEGRADATIONMECHANISMOFLi{sub{2.6Co{sub}0.4NASANANODEFORLiSECONDARYBATTERIES;
简介:ANADVANCEDSOLARTHERMALELECTRICSYSTEMWITHPHASECHANGESTEAMACCUMULATORANDCPCCOLLECTOR,ANALTERNATIVEDESIGNOFMICROCONTROLLER-BASEDCHARGECONTROLLERFORSTAND-ALONEPHOTOVOLTAICSYSTEMS,Applicationofaheathydraulicacctunulatortothermalstabilizationoftheevaporationzoneofaheatpipe,BeamLossControlontheESSAccumulatorRings
简介:ComputationalsimulationofpeakcutsystemcomposedofPVpowergenerationandstoragebattery,Cycle-lifeevaluationofthe30AhprismaticLi-ionsecondarycellsforlowearthorbitsatellite,DependenceofLiContentonCrystalStructureduringtheCharge-DischargeProcessofLiMn{sub}1.5Ni{sub}0.50{sub}4asaCathodeMaterialfor5VClassLithiumSecondaryBattery,Designandflightqualificationofaparaffin-actuatedheatswitchforMarssurfaceapplications,DesignandImplementationofEnergyRecoveryChargingTechnologyforElectricVehicleController,Developmentof“HotGasHeaterSystem”。
简介: 摘要:作为新能源汽车——电动汽车的一项核心技术,蓄电池技术属于一项复杂的电化学系统,国内外在该领域技术进行了深入研究,并获得了显著成就。随着现代科学技术的发展,新能源电动汽车采用集中与分布式相结合的检测方法检测其蓄电池组参数,有效弥补了集中与分布式检测中出现的问题,更适用于电动汽车蓄电池组检测。通过桥电容技术搜集到的蓄电池组电压信号,确保电动汽车蓄电池组与检测电路间的隔离问题得到有效解决。集中、分布式检测方法在电动汽车蓄电池组电池荷电状态估计检测的应用价值比较高,因而值得深入研究。作为一种新能源汽车,电动汽车节能与环保优势比较突出,未来将逐渐替代石化燃料汽车成为发展主流,近些年备受世界各国关注。在电动汽车发展中,蓄电池组是其运行的动力源,能够有效推动电动汽车的发展,而发展成熟的蓄电池组电池管理系统,对电池实现有效监测与管理,成为电动汽车发展的关键技术。本文主要阐述了电动汽车蓄电池组电池管理与电池荷电状态估计监测相关知识。