book

Internet of Things for Smart Buildings

by Harry G. Smeenk

March 2023

Intermediate to advanced

306 pages

9h 10m

English

Packt Publishing

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ForewordContributorsAbout the authorAbout the reviewers
Who this book is forWhat this book coversTo get the most out of this bookDownload the color imagesGet in touchShare Your ThoughtsDownload a free PDF copy of this book
A day in a smart buildingArrival and accessInformation, preferences, and dataCommunications network and collaborative conferencingSmart building infrastructureTenant applicationsSmart building definitionTypes of smart buildingsWhat is the Internet of Things (IoT)?IoT challengesHow smart buildings and IoT came togetherThe stakeholders and benefits of a smart buildingSafety and securityCost reductionRevenue generation and increased asset valueImproved quality of experienceTraditional building issues solved by IoT and smart buildingsSmart buildings for a smart cityThe history and evolution of building control systemsSummary
Facility controls/building operations maintenanceRemote monitoring and managementBuilding management systems/building automation systemsEnergy managementLighting systemsFacility supportPreventive/predictive maintenanceTenant billing for sub-metering usageMaintenance alerts/notificationsSpace managementSummary
What first responders needPublic safety standards and codesPublic safety systemsIoT and the future of public safety systemsIoT and first responder challengesNew safety requirements for the new normalBuilding access control systemsVisitor registrationCleaningTouchless controlsIoT smart building safety systemsSecurity and camerasAccessibilityIndoor air quality monitoringBuilding communications network/broadcast/push messagingSummary
Location data sourcesIndoor positioningNavigation, maps, and way-findersAsset location and trackingAsset-tracking technologiesReal-time occupancyOccupancy sensing applicationsOccupancy-sensing technologiesSummary
Work orders and tenant requestsSpace occupancy, utilization, and bookingFinancial interactionsData analyticsWorkforce applicationsConcierge services and the amenity marketplaceCustomized applicationsGamificationCustom experiencesSummary
IoT sensors and devicesConnectivityTransmission methodsTraditional building communications protocolsCommon wireless IoT building communications protocolsThree layers of computingEdge and fog computingCloud computingSoftware and APIsData managementUser interface and single pane of glass (SPOG)SPOGSummary

Smart building architecture to pull components togetherSmart building architecture challengesIT/OT convergenceUse case – IAQ monitoringUnexpected benefitsUse case – smart IoT-connected restroomsUse case – PoE at the Sinclair HotelHow it worksSolving for the smart building architectureUse case – energy reduction at an Australian shopping mallCybersecurity for smart buildingsNIST cybersecurity best practicesSmart building IoT and privacySummary
Smart building digital twin definedHistory and use in smart buildingsMonetization opportunitiesTypes of digital twinsLayers and componentsCreating a digital twinDigital twins helping public safety teamsSmart hospitals using digital twin technologyLowe’s stores introducing digital twin technologyDigital twin smart building challengesSummary
What are smart building stacks?The Smarter StackHow to use the Smarter StackThe Smarter Stack use casesBusiness categories use caseConnectivity and communications use caseCybersecurity use caseHigh school requirements use caseUsing the Smarter Stack to gain perspectivesThe Smarter Stack for financial considerationsThe Stack for technologies, standards, and protocolsWhat will be the approach, agile or all-at-once?Summary
How smart is your buildingThe Smarter StackWiredScoreSPIRE Smart Building Assessment™Smart Building AllianceSmart Building Collective assessment and certificationCurrent building systemsCivil systemsStructural systemsMechanical systemsElectrical systemsEnergy systemsPlumbing systemsTechnology systemsCommunication systemsA post-smart building assessmentNetwork diagramSystem modification, upgrade, replacement, and additionSummary
Hardware technologySmart building applicationsIoT middlewareCodes, standards, and guidelines to considerSummary
Smart project planningA built environment drives the majority of IoT smart buildings projectsNew buildings create built-in IoT opportunitiesPartnersSmart building project roadmapPotential roadblocksSummary
ESGESG terminologyESG and buildingsSustainabilitySustainability dataESG and sustainability confusionGreen buildingsEU sustainability taxonomyESG and smart buildings investmentsSustainability fundingGlobal sustainability planSummary
The elusive smart citySmart city definedThe benefits of a smart citySmart buildings create the smart cityFramework for measuring smart city impactIoT helps buildings give back to the gridNet-zero buildingsGovernment buildings are smart city startersWorld’s top smart cities 2022Summary
Smart buildings’ impact on NOISmart buildings are digitalizing the commercial real estate marketBuilding smart from the startIntelligent learningAI is making buildings smarterUnified buildingsIoT will drive the future of buildingsWhat’s nextFinal thoughts – data taggingSummary
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Content preview from Internet of Things for Smart Buildings

Part 2: Smart Building Architecture

In this part, we review the technologies used to build a smart building from the edge routers, numerous Internet of Things (IoT) devices, the various connection options available, and the software required both locally and via the cloud to make it all work together seamlessly. Use cases and digital twin technology will highlight an architecture that brings the components together.

This part contains the following chapters: