Table 2.

Summary of existing research on digital twin implementation for predictive maintenance in facility management

ReferencesFocus areaMethodology/approachKey findings/contributionsRelevance to predictive maintenance (PdM) in FM
Li et al. (2023) Integration of IoT-enabled DTs for predictive maintenance in HVAC systemsCase study and simulation-based validationDemonstrated energy savings up to 30% through real-time monitoring and predictive analyticsShowed tangible performance and cost benefits of DT-driven PdM in building systems
Desogus et al. (2021) DT-based predictive models for maintenance decision supportConceptual framework and FM system integrationHighlighted data-driven decision-making and continuous monitoring for early fault detectionValidated DT’s potential to reduce unplanned downtime in FM
El-Din et al. (2022) BIM-IoT integration for maintenance managementEmpirical study using BIM-based digital modelsImproved interoperability and data visualization between maintenance and asset systemsEnhanced PdM workflows via automated data capture and visualization
Shuhaimi et al. (2024) AI-augmented DT systems for predictive maintenanceQuantitative model evaluationProposed AI algorithms for anomaly detection using DT data streamsAdvanced predictive capability through intelligent analytics
Gispert et al. (2025) Transition from reactive to predictive maintenance using DTLiterature synthesis and framework developmentIntroduced “predict-and-prevent” paradigm leveraging DT data integrationEmphasized long-term shift toward proactive facility operations
Madubuike et al. (2022) DT integration in facility management for maintenance efficiencyMixed-method approach (survey + case analysis)Reported improved decision-making, efficiency and reliability in FMDemonstrated practical DT benefits in FM contexts through PdM use cases
Cespedes-Cubides and Jradi (2024) Energy management and PdM through DT platformsSimulation and experimental validationValidated DT-driven optimization of energy performance and maintenance schedulingLinked PdM with sustainability goals in building operations
AlBalkhy et al. (2024) Barriers to DT adoption in FMLiterature reviewIdentified high implementation costs, lack of expertise and limited standardizationHighlighted critical challenges hindering PdM realization
Hauashdh et al. (2024) Organizational readiness for DT-based FMQualitative interviews with FM stakeholdersFound that digital maturity and cultural acceptance are key for DT successEmphasized the human and organizational dimension of PdM adoption
Godager (2024) Data management frameworks for DT in FMTheoretical framework proposalProposed standardized data handling aligned with ISO 19650Provided foundation for structured data critical for PdM performance
De Rubeis et al. (2023) Practical implementation strategies for DTs in buildingsComparative case studyNoted lack of standardized practical guidance and varying DT definitionsAddressed implementation barriers to PdM-oriented DT systems
Source(s): Authors’ own work

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