CONTENTS
1. Introduction 1
2. Lighting control products and techniques 3
Manual control 3
Timed control 3
Presence detection 4
Absence detection 4
Detector operating characteristics 4
Photocells 5
Daylight linking 6
Constant illuminance adjustment 7
Dimming and regulation 7
3. Approach to designing lighting control systems 9
The designer 9
Importance of understanding how the space will be used 9
User types 10
Understanding user expectations 10
Control philosophies 10
System types 11
Designing for energy reduction, comfort or visual effect 12
Control for special locations 14
A consultative design approach 14
4. Human interaction 16
Introduction 16
End user interaction 16
End user expectations 16
Classification of spaces and choice of lighting control 17
Avoiding conflict 19
System information and management 20
Control interfaces 20
Manual override 21
5. Lighting control for visual effect and comfort 22
Introduction 22
Visual enhancement of interior/exterior building features 22
Presentation spaces 22
Circadian lighting 23
6. Energy reduction through lighting control 24
Introduction 24
Predicting lighting energy where lighting controls are incorporated 25
7.Integrated systems 30
Introduction 30
Networked or centrally managed lighting control systems 30
Networked or centrally managed BMS 30
Integration of automatic testing and monitoring of 31
emergency lighting luminaires
Network scenarios and configuration examples 31
Power over Ethernet (PoE) 32
Internet access 32
8. Commissioning and handover 33
Introduction 33
System set-up and commissioning 33
System handover 34
9. Case studies 36
Places of worship 36
Education 39
Offices 41
External lighting 42
References 44
Index 46