Lighting MAnAgEMEnt SYStEM - OMS lighting

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How to manage a lighting system? Comfort Saving electricity and co 2 Autonomous character Flexibility Specification of components Aging of a lightening system Comfort Two things determine the comfort of a lighting system. Firstly, functionality: the system must be suitably designed for the given space and usage. Secondly, control: the methods used to regulate the system should be there to simplify the process, such as buttons, touch panels and remote control. Saving electricity and CO 2 The two most important ecological factors that must be considered when designing a lighting system are energy consumption and consequently the volume of harmful substances produced by energy production. Generally, the better the distribution of light, especially in terms of intensity and location, the higher the saving potential of the system. Autonomous character An autonomous lighting system is characterised by its functioning without control and regulation by the user. Such solutions are ideal for spaces with considerable saving potential but where it is not possible for the system to be operated directly by users. For example in larger lighting systems such as found in warehouses or manufacturing premises, but also smaller systems such as in offices and corridors. The main function of an autonomous system is to remove the factor of human failure, for example, simply forgetting to switch it off. Flexibility It is often important to build flexibility into a lighting system, especially if you wish to maximise savings. In industry, for example in manufacturing premises where there are regular changes to manufacturing procedures and therefore to lighting requirements, the system must be able to adapt easily and quickly. Using an LMS means you can make changes to the functionality of luminaire groups, such as lighting intensity, use of sensors and operating time, with simple software adjustments. This can be done with little or no disruption to normal activity. Specification of components The design of a lighting system consists of selecting suitable luminaires and the elements used for their control. The choice of which luminaires to use and their positioning within the space are defined by technical calculations. However, the choice of which control methods to use is based on a specific design created for a specific space. Before we can design an LMS we must know exactly what functionality is required of it. Aging of lighting system A lighting system ages, therefore it must be designed to ensure the required illuminance is maintained. The aging of a lighting system is caused by declining luminous flux and light source reliability and degradation of the reflective surfaces of the luminaire and the surfaces being illuminated. In order to prevent insufficient illumination over time, this aging process must be factored into the design of the system. If this is not done correctly it can result in a system which is overdimensioned (consumes excessive amounts of energy) or under-dimensioned (provides insufficient illumination). 18 I Managing a LIGHting SYStem Managing a lighting system I 19
Project structure Do you want the right amount of light just where you need it? Would like to be able to control that light just how you want to? Do you have so many options to choose from that you don’t know where to start? Do you know how to assess if a lighting solution will give you the savings, comfort, flexibility and control you want? Here at OMS we guide and support our customers every step of the way, from the idea to the implementation of a solution. Whatever your requirements we will help you get the result you want. 20 I TYPY RIADENIA
Page 1: Lighting MANAGEMENT SYSTEM 2013 / E
Page 4 and 5: Content Lighting quality STAnDARD .
Page 6 and 7: What is the Lighting Quality Standa
Page 8 and 9: What is a Lighting Management Syste
Page 12 and 13: Project structure Idea Analysis Lum
Page 14 and 15: Project structure Idea Analysis Lum
Page 16 and 17: Types of control Manual Automatic C
Page 29 and 30: Energy savings according to the typ
Page 31 and 32: Communication interfaces and buses
Page 39 and 40: Overview of lighting management sys
Page 45 and 46: Offices Office buildings, and espec
Page 47 and 48: Applications DIM 0-100 % Advanced D
Page 49 and 50: Applications Daylight simulation (S
Page 51 and 52: Corridors, staircases, toilets and
Page 53 and 54: Applications 0 % 100 % If a movemen
Page 55 and 56: LIVING AREAS In our technological e
Page 57 and 58: Applications Comfort control of lig
Page 59 and 60: Applications Cascade scanning of in
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Applications Central Power Source c
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Applications 0 % 0 % Complex lighti
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HOTELS, RESTAURANTS AND PUBS Hotels
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Applications Comfort control RGB/W
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EDUCATION AND SCIENCE Educational b
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ROADS AND PUBLIC SPACES The term
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Applications Design and special-pur
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FACADES AND ARCHITECTURE Just as li
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SPORTS FACILITIES Indoor and outdoo
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Comprehensive lighting management s
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Latest trends in lighting managemen
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Latest trends in lighting managemen
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Explanatory Notes Superior manageme
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