A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
This chapter offers an in-depth exploration of the technologies and methodologies employed in controlling and managing lighting systems within interior spaces. This chapter serves as a comprehensive guide to the various components and systems that enable intelligent, efficient, and user-friendly lighting control, providing readers with a detailed understanding of their applications.
The chapter begins by introducing fundamental control devices in Sects. 8.1 and 8.2 explaining how these devices allow users to activate and adjust lighting levels in response to changing requirements. Sections 8.3 and 8.4 delve into advanced sensor technologies that enable automatic lighting adjustments based on occupancy and available natural light. These sensors not only enhance convenience but also significantly contribute to energy efficiency. Section 8.5 illustrates how timed control can be harnessed to schedule lighting operations, providing a hands-free approach to lighting management. Section 8.6 introduces centralized control systems that facilitate unified management of lighting within a space, while Sect. 8.7 extends this control to encompass broader building functionalities. Sections 8.8 through 8.11 explore various centralized and networked lighting control systems, including “Centralized Lighting Control Systems,” “Wireless Lighting Control Systems,” “Internet of Things (IoT)-Enabled Lighting Control Systems,” and “Software-Based Lighting Control Systems.” These sections highlight the versatility and intelligence that modern technology brings to interior lighting. The chapter also includes a comprehensive exploration of emergency lighting control systems in Sect. 8.12 covering self-contained, centralized, and combined systems, as well as the role of “Exit Signs” and “Emergency Lights.” Section 8.13 underscores the significance of integrating lighting systems into broader energy management strategies for improved sustainability and efficiency. Section 8.14 provides insights into the technology behind LED lighting, focusing on the essential components that drive the performance and controllability of LED luminaires. Finally, Sect. 8.15 explores innovative systems that allow users to interact with lighting through voice commands and motion sensing, adding a new dimension of user-friendliness and energy efficiency.
This chapter is a valuable resource for professionals, students, and enthusiasts interested in achieving intelligent and efficient lighting control within interior spaces. It equips readers with the knowledge to design, implement, and manage lighting systems that are responsive to user needs, sustainable, and technologically advanced.
This chapter offers an in-depth exploration of the technologies and methodologies employed in controlling and managing lighting systems within interior spaces. This chapter serves as a comprehensive guide to the various components and systems that enable intelligent, efficient, and user-friendly lighting control, providing readers with a detailed understanding of their applications.
The chapter begins by introducing fundamental control devices in Sects. 8.1 and 8.2 explaining how these devices allow users to activate and adjust lighting levels in response to changing requirements. Sections 8.3 and 8.4 delve into advanced sensor technologies that enable automatic lighting adjustments based on occupancy and available natural light. These sensors not only enhance convenience but also significantly contribute to energy efficiency. Section 8.5 illustrates how timed control can be harnessed to schedule lighting operations, providing a hands-free approach to lighting management. Section 8.6 introduces centralized control systems that facilitate unified management of lighting within a space, while Sect. 8.7 extends this control to encompass broader building functionalities. Sections 8.8 through 8.11 explore various centralized and networked lighting control systems, including “Centralized Lighting Control Systems,” “Wireless Lighting Control Systems,” “Internet of Things (IoT)-Enabled Lighting Control Systems,” and “Software-Based Lighting Control Systems.” These sections highlight the versatility and intelligence that modern technology brings to interior lighting. The chapter also includes a comprehensive exploration of emergency lighting control systems in Sect. 8.12 covering self-contained, centralized, and combined systems, as well as the role of “Exit Signs” and “Emergency Lights.” Section 8.13 underscores the significance of integrating lighting systems into broader energy management strategies for improved sustainability and efficiency. Section 8.14 provides insights into the technology behind LED lighting, focusing on the essential components that drive the performance and controllability of LED luminaires. Finally, Sect. 8.15 explores innovative systems that allow users to interact with lighting through voice commands and motion sensing, adding a new dimension of user-friendliness and energy efficiency.
This chapter is a valuable resource for professionals, students, and enthusiasts interested in achieving intelligent and efficient lighting control within interior spaces. It equips readers with the knowledge to design, implement, and manage lighting systems that are responsive to user needs, sustainable, and technologically advanced.
Lighting Controls and Systems
Ozenen, Gurkan (author)
Architectural Interior Lighting ; Chapter: 8 ; 71-84
2023-12-09
14 pages
Article/Chapter (Book)
Electronic Resource
English
Lighting control systems , Lighting control devices , Occupancy sensors , Daylight sensors , Timers , Building automation systems , Centralized lighting control , Wireless control , IoT-enabled control , Software-based control , Emergency lighting , Energy management , LED drivers , Smart lighting systems , Interior lighting control Energy , Sustainable Architecture/Green Buildings , Interior Architecture and Design , Power Electronics, Electrical Machines and Networks , Renewable and Green Energy , Sustainable Development , Engineering
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