Smart building technologies improve urban infrastructure management
Urban growth and infrastructure digitalization are driving new strategies to improve energy efficiency in high-occupancy buildings.
The adoption of smart building technologies is helping organizations optimize resource use, strengthen security and improve operations across facilities such as offices, hospitals and airports.
Growing urbanization and the need to reduce energy consumption are accelerating the deployment of smart technologies across corporate, commercial, educational and service-oriented buildings.
According to the International Energy Agency, buildings account for nearly 30% of global energy consumption. In this context, digital solutions are enabling organizations to optimize resource utilization through real-time monitoring, automation and data analytics, with the potential to significantly reduce energy use.
Sectors including corporate offices, hospitals, airports, shopping centers and educational facilities are increasingly adopting these technologies, driving a shift in how urban spaces are designed and operated.
Beyond traditional automation, smart buildings function as connected ecosystems where energy, climate control, lighting and security systems operate in an integrated manner to improve efficiency and support decision-making.
According to industry specialists, this model helps reduce operating costs, advance sustainability goals and strengthen the resilience of critical infrastructure, gradually becoming a new standard in urban planning.
Hernán Neirotti, Regional Manager for Pre-Sales and Business Development at Schneider Electric, noted:
”Smart buildings are evolving from automated spaces into data-driven platforms for energy and operational management. Today, efficiency is achieved not only by reducing consumption, but by understanding how, when and where energy is used.”
The company identified three components that are becoming increasingly important in the evolution of this type of infrastructure.
Integrated energy management.
One key element is the use of energy monitoring and management platforms capable of analyzing consumption patterns in real time.
According to the company, these tools help identify inefficiencies, optimize resources and reduce operating costs through more precise energy management.
Power backup systems.
Operational continuity has become another critical factor for buildings that depend on digital systems and essential services.
Power backup solutions help maintain the operation of elevators, control centers, emergency lighting and data rooms during power outages, reducing risks associated with service disruptions and downtime.
Integrated security and access control.
The integration of access control and monitoring technologies is also playing a growing role in the evolution of smart buildings.
These tools enable organizations to manage access, monitor the movement of people and strengthen security through centralized platforms with real-time monitoring capabilities.
Infrastructure for smart cities.
As cities become increasingly dependent on digital systems, energy efficiency, operational continuity and security are emerging as strategic priorities in the design and management of urban infrastructure.
According to the analysis, combining smart monitoring, power resilience and integrated resource management can help advance more sustainable, resilient and future-ready operating models for the cities of tomorrow.
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