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IEEE Smart Village announcement

Cyberphysical Power: Challenges and Solutions of Smart Systems

Shichao LiuManimaran GovindarasuSouradeep BhattacharyaHua Geng

Keywords:Book reviewsCyber-physical systemsSmart systemsPower systemsArtificial intelligenceMachine learningInternet of ThingsPower system planningPower SystemDeep LearningInternet Of ThingsElectric VehiclesModern SystemsAnomaly DetectionMicrogridSmart GridInterconnected SystemsCyber-physical SystemsSmart ContractsDigital TwinDistributed Energy ResourcesEnergy Management SystemStructural FoundationEnergy TradingReal-world ChallengesModern Power SystemsOptimal GridBlockchainCybersecurityAttack VectorSmart BuildingsPower System ApplicationsEnergy SystemEnergy MarketUtility GridOperating System

Abstracts:Presents reviews for the following list of books, Cyberphysical Power: Challenges and Solutions of Smart Systems.

Future-Ready Metro Power System: Low Carbon and Affordable

Zhanhe LiXiaoqian LiChao LuYingdong WeiWeihan Bao

Keywords:Railway transportationCostsSubstationsRectifiersVoltage controlCarbon neutralRendering (computer graphics)Energy efficiencyTraction power suppliesAC power transmissionPower SystemLow-carbonHigh CostEnergy ConsumptionGreenhouse GasRenewable EnergyEnergy ConservationOperation ModePower SourceCost SavingsPower ElectronicsPower DemandCarbon ReductionPower LineConstruction CostDiode RectifierRail TransitEnergy-saving PotentialRegenerative BrakingAchieve Carbon NeutralityConventional DCsOptimal Power FlowRail VehicleDC VoltageCoordination ControlInverterDemand For VehiclesAmount Of SourceIslanded ModeMetro Line

Abstracts:Conventional metro traction power systems (TPSs) based on diode rectifiers have been used for decades but face two significant challenges in the future. First, achieving carbon neutrality goals by 2050 or 2060 has made reducing carbon emissions a critical issue; however, current systems fail to exploit their energy-saving potential by fully utilizing regenerative braking energy. Second, with the rapid expansion of urban rail transit, the increasing power demand of metro systems places growing reliance on robust yet expensive ac urban power sources, escalating the construction costs of urban grids and rendering some engineering projects unaffordable.

Upgraded Control Strategies to Safeguard Resiliency in Hybrid AC-DC Networks: A Focused Overview of the State of the Art

Monika SharmaJose Luis Rueda-TorresJuan-Carlos GonzalezYing PangSophie CoffeyAntoine Knockaert

Keywords:Renewable energy sourcesScalabilityPower system dynamicsPower system stabilityWind power generationPower system reliabilityResource managementResilienceControl StrategyRenewable EnergyPower SystemRenewable Energy SourcesGrid StabilityDirect Current SystemDC VoltageNegative Differential ResistancePower ExchangeAc GridModulation Of BalanceGrid CodeWeak GridSmall-signal StabilityRenewable IntegrationAdvanced Control Strategies

Abstracts:The global transition to renewable energy is transforming power systems, necessitating advanced transmission solutions to ensure reliability and resilience. High-voltage direct current (HVdc) systems, particularly multiterminal dc (MTdc) networks, are pivotal in integrating diverse renewable energy sources into hybrid ac/dc networks. These systems facilitate efficient power transfer over long distances and enable dynamic energy sharing across regions. However, the increasing penetration of inverter-based resources introduces complex control challenges that must be addressed to maintain grid stability and resilience.

System Strength in Power Electronics-Dominated Power Systems: An Enabler to Stability and Control

Linbin HuangXiuqiang HeHuanhai XinZhiyi LiPing JuFuyilong MaKang WangFlorian Dörfler

Keywords:Performance evaluationCodesSensitivityStability criteriaPower system stabilityCircuit stabilitySystem identificationVoltage controlNext generation networkingGrid formingPower SystemSystem StrengthPower ElectronicsEnhancement Of StrengthRenewable EnergyLow StrengthLow VoltagePower GridPower NetworkVoltage RegulationShort-circuit CurrentPhase-locked LoopSmall DisturbancesStatic StabilityPower Electronic ConvertersDamping RatioHeterogeneous DevicesVoltage SensitivityFrequency SynchronizationTechnology Readiness LevelTransfer Function MatrixWeak GridStatic Synchronous CompensatorGrid CodeLarge DisturbancesTransmission LineInertiaLarge CircuitsRenewable Energy SourcesShort-circuit

Abstracts:This article rethinks the meaning, analysis, evaluation, and enhancement of system strength in power electronics (PE)-dominated power systems. It highlights why existing metrics intended for conventional power systems may fail to fully capture the voltage and frequency performance in PE-dominated power systems, underscoring the need for novel multidimensional strength metrics. We explore how emerging technologies [e.g., grid-forming (GFM) converters] contribute to enhancing system strength, and we highlight ongoing engineering practices worldwide aimed at strengthening power systems.

TEMPR announcement

Future Power Systems: Dynamic Stability Must Lead the Way

Innocent KamwaBabak Badrzadeh

Keywords:Power SystemDynamic StabilityFuture Power SystemsModernityExtreme WeatherStorage SystemsEnergy DeficitStability ControlGlobal CommunityDynamic PerformanceEnergy TransitionPower ElectronicsLarge LoadAssociate EditorWind FarmSynchronous MotorPhase-locked LoopSystem StrengthPower System StabilityVoltage SupportStatic Synchronous CompensatorWeak GridTsinghua UniversityComputational GridGuest EditorsElectric VehiclesVoltage RegulationWide AreaAgility

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