Building and Infrastructure EMC
Modern buildings are increasingly complex electromagnetic environments, containing a diverse array of electronic systems that must coexist without mutual interference. From intelligent building automation systems to essential safety equipment, the electronics within contemporary structures present unique EMC challenges that require careful consideration during design, construction, and operation phases.
Building and infrastructure EMC addresses the electromagnetic compatibility requirements specific to architectural and civil engineering projects. Unlike product-level EMC, which focuses on individual devices, building EMC must consider system-level interactions across multiple technologies, the impact of building materials and structures on electromagnetic propagation, and the long-term maintainability of EMC performance as building systems evolve over decades of service life.
Articles
Smart Building EMC
Manage intelligent building systems. This section covers building automation, HVAC controls, lighting controls, security systems, access control, fire alarms, elevator systems, escalators, and energy management.
Structural EMC
Address building electromagnetic issues. Topics encompass reinforced concrete effects, steel frame buildings, glazing systems, facade systems, roof installations, lightning protection, grounding systems, cable routing, and penetrations.
Building Services EMC
Control infrastructure interference. Coverage includes power distribution, emergency power, UPS systems, generators, transformers, switchgear, panel boards, lighting systems, and mechanical systems.
Green Building EMC
Integrate sustainability with EMC. This section addresses LEED considerations, energy efficiency impacts, renewable energy integration, daylight harvesting, occupancy sensors, demand control, metering systems, building performance, and commissioning.
About This Category
The Building and Infrastructure EMC category provides essential knowledge for architects, electrical engineers, building services consultants, and facilities managers responsible for ensuring electromagnetic compatibility in the built environment. The topics covered here span the lifecycle of building projects, from initial design considerations through construction, commissioning, and ongoing operation. By understanding the EMC implications of building design decisions, professionals can create structures that support reliable operation of all electronic systems while meeting regulatory requirements and occupant expectations for a comfortable, productive environment.