Transcription
NXP SemiconductorsSmart Grid, Smart MobilityZMaurice GeraetsJune 2014
NXP Semiconductors Established in 2006 (formerly a division of RoyalPhilips) Nasdaq listed (NXPI) Net sales: 4.8 billion in 2013 Employee base: 25,000 employees in more than 25 countriesR&D in Europe, Asia and USManufacturing in Europe and Asia Addressing new innovative and growing markets:EnergyHealthMobilitySecurity
Secure Connections for a Smarter WorldConnected CarCyber SecurityPortable & WearableInternet of ThingsThe electronics industry is being driven by four mega trends that are shaping our society:Energy Efficiency, Connected Devices, Security and HealthAddressed by NXP solutions enabled by RF, Analog, Power Management, Interface, Security andDigital Processing innovations allowing differentiation through features, cost of ownership and time-to-market
The internet of things – the next big waveNumber of Connected Devices (B ics12PC mingConsoles20112020Source: WSTS (extrapolated after 2011), Cisco, Machina Research / GSMANote: connected devices “Connections to remote sensing, monitoring and actuating devices, together with associated aggregation devices“ 35%ConsumerElectronics 30%Buildings 10%Utilities/Energy 10%Automotive 5%Healthcare 10%Other2020Internet of ThingsConnections
Secure Connections for a Smarter WorldSMART BUILDINGSSMART GRIDS End-to-end smart grid security solutionsContactless energy pre-payment systemsZigbee Smart Energy home area networkingV Wireless smart lighting systemsLow power wireless networking for climate, energy, securitysystemsWired intelligent lighting and building controlUltra low power building multi-sensorsContactless building & room level access systemsNetwork authentication and cyber security solutionsSMART HOMESSHOPPING NFC based secure mobile transactionsNFC assisted shopping & self-check-outRFID based store security & logisticseGOVERNMENT Secure e-government documentsWireless intelligent street lightingWireless smart lightingEnergy harvesting wireless switchesLow power wireless networkingUltra low power building multi-sensorsSmart appliance technologiesNFC based pairing of home network devicesResidential energy monitoringTRANSPORTATION Intelligent Traffic SystemsContactless public transport ticketingIntelligent road tolling systemsWireless car safety & telematics systems
Smart Grid ApplicationsHybrid & ElectricVehiclesDistributed EnergyGenerationGrid OptimizationIntermittent alternative energy sources, 2-way useof grid, distributed energy storage, micro-gridsEg Dynamic transformer voltage managementDemand ResponseAMIEfficient charging, Roaming, Vehicle-to-GridActive load management, Dynamic pricingRemote reading, remote (dis)connect, tampering & theftprotection, pre-paymentWANNANAuthentication & SecurityWAN Wide Area Network; NAN Neighborhood Network; HAN Home Area NetworkHAN
9:0020:0021:0022:0023:00Uncontrolled charging8:007:006:00kVAAdditionaldemand due toE-V :003:002:001:000:00Load balancingDriven byIntermittent sources:solar, windE-vehicle chargingOverall demandoutgrowing capacityControlled chargingMaximumgrid capacity
Power marketHomes and buildings negotiatewith the gridAlternative approaches:– 24h scheduling based onaccurate prediction at houseand district level– Dynamic price based supplydemand equilibrium– All ask for– Fine granular sub-metering– (remote) switchable smartappliances– Negotiation protocol and enginewith grid– Secure elements forcommunication and transaction(a.o. ensuring privacy)Supply side: Dynamic pricing Scheduled production profiles Dynamic adjustmentsDemand side: Real-time measurement Price driven switching Smart appliances EV battery management Home display
From Smart Grid to Smart Building/Smart Home Load Balancing Lighting ControlPV panelswith detaileddiagnosticsWirelessDimmableLED/CFLComfort Smart diagnostics andmaintenanceEnergy efficiency Distributed energygenerationSmart Grid Energy-usage feedbackTransponderReaderWire- & batteryless switchWristTransponderSmartmeterSensors &controlSwitchableplugmetersWire- & batteryless window-contactHome control Climate Control Independent LivingHVAC control &installation monitoringWater, gas,heat meterSmart bridgeLow powerUHF linkSensors
Smart Grid / Smart Home overviewIP NetworkDistributed electricitygeneration and storageDisplaysCard readersContactlessIndependent serviceprovidersContactWind TurbineHome displaysTV, ComputerData centersSolar PanelIn-HomeEnergyDisplayNANHybrid carConcentratorLightAppliancesBreakesSmart home CommunicationhubGatewayCommunication hubTemperatureWANHybrid carSmart metering devicesHAN
The need for submeteringnon-billing metering“no control without measurement”Direct feedback reducesenergy use by 10-15%Load balancing in smartgrid: remote switchingState-of health monitoringPower management in ICTindustry, e.g. server farmsSwitchable Measuring/switching at lowpower: 20 nodes @1W/node 200kWh/yr need factor 5-10 betterSmartmeterHome controlWater, gas,heat meterSmart hubLow powerUHF linksensors
Need for end-to-end securityProtect from– Data theft– Credit theft– Privacy infringement– Denial of Service (DDoS)– .Any connection ispotential attack entry intonetwork
Summary and conclusionsAdvanced semiconductor technology essential for convenient andeconomic “smart” into the Smart GridBasic template and architecture for embedded smartnessin any “smart system”, e.g.– Smart Grid– Smart Buildings– Smart eMobilityAdvanced Semiconductor technology:––––(Ultra) low powerMiniaturizationFunction integrationCost and complexity reductionSecure connectivity is an essential element
Smart eMobility: VIBe
Smart eMobility: VIBeApplicationsOpenInnovationPlatformConnected eCarsOpen InnovationInformationEnable medium scale open innovation
NXP Semiconductors Established in 2006 (formerly a division of Royal Philips) Nasdaq listed (NXPI) Net sales: 4.8 billion in 2013 Employee base: 25,000 employees in more than 25 countries R&D in Europe, Asia and US Manufacturing in Europe and Asia Addressing new innovative and growing markets: Energy Health Mobility Security
