Lighting MAnAgEMEnt SYStEM - OMS lighting

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Project structure Idea Analysis Luminous Project Electrical Installation Project Installation Programing Administration Idea The functionality required of the LMS must be the foundation for each project. There are many ways to achieve the desired result, and only by knowing precisely what is needed at the very beginning is it possible to later fulfil expectations. 7. ADMINISTRATION 6. PROGRAMING 1. IDEA Analysis All aspects of the LMS must be considered before the process can proceed to the next stage. The correct technology must be chosen, the functionality and suitability of the final solution must be thoroughly examined, the saving potential and pay-back time for various options calculated, and of course ecological and health and safety factors must be thought through. 2. ANALYSIS 3. LUMINOUS PROJECT Technology There are so many different lighting technologies available and it is vital to have an overview of all products in order to effectively compare them and make a choice, and guidance from those who understand their specifications. One of the many strengths of OMS is that we are not lead by particular technologies and therefore not restricted in what we can use. Thanks to a carefully built network of suppliers we can offer the use of the best and most suitable products on the market for each individual project. Functionality and correctness of solution It is not always necessary to use the most complex or advanced technologies for each LMS. It is important that the chosen components suit the needs. The aim is to not use unnecessary technologies or overmanage systems which can ultimately lead to unsuitable and possibly unusable solutions. Each system should be perfectly tailored to each project. Energy economy Each solution has its limits. It is necessary in the early phases of the project to decide on what elements of the system take priority, and then to combine technologies and systems correctly to bring about the desired result. At this stage the ideas of efficiency and effectiveness come to the fore. LED technology is strongly linked with both as they compare well with conventional light sources. Yet we must not forget that the saving potential of a system is based not only on what light source is used but also the luminaire design and controls implemented, therefore whether the system will function based on motion detection or lighting intensity must be decided early on. Pay-back time and savings The decisive factor for almost every customer is of course the relationship between the initial investment and the pay-back time and future savings of the solution. When designing each system we calculate its financial benefits, specifying the pay-back time and pre-defining the point from which the system will actually be profitable. Environment One major theme in all industries is the need to be actively implementing and looking for more environmentally responsible solutions. In the lighting industry specific attention is brought to the amount of heavy metals such as mercury, and the silent killer CO 2 , are produced as by-products of the manufacture of technologies and systems and the energy they consume. Consequently, central to every project besides efficiency should be the impact it will have on the environment. Health and safety Finally, but no less important, is the aspect of health and safety. All solutions must be designed in such a way as to eliminate potential risk, and to meet or exceed all legislative requirements. 5. INSTALLATION 4. PROJECT OF ELECTRIC INSTALLATION 22 I Project structure Project structure I 23
Project structure Idea Analysis Luminous Project Electrical Installation Project Installation Programing Administration Luminous and Technical Project The Luminous Project involves choosing light sources from the correct class that can provide the necessary illumination, and luminaires with suitable corresponding optical systems; next is to define the optimal layout of those luminaires and optimal distribution of light, all to suit the requirements of the customer. When choosing an effective light source it must be able to illuminate the workplace appropriately without unnecessary over-dimensioning. Furthermore, an optimal maintenance plan must be outlined. Finally the quality of light must be considered, and the effect it will have on the physiology of the users of the space. Throughout this part of the process it is necessary for the customer to be aware of the role they play in the final solution. Their decisions should not be reduced down to the idea of a final investment sum, but take into serious consideration the quality of light and fully appreciate the benefits or consequences. To complete this phase of the project we need certain information, for example the complete geometry of the space, its utilisation and occupancy, the positions and types of workspaces, the availability of daylight and other specific demands on the lighting quality. Electrical Installation Project To move onto the next phase of Electrical Installation, it is necessary to have a complete Luminous Project and all corresponding technical documentation. Here it is again important to refer to the original idea of the project and to propose what control methods could be used to manage the system. All of this is then combined to create the schematics of how the whole system will be connected. These schematics are merely one part of the Electrical Installation Project which also contains, amongst other things, composite lists of components and their layout, technical descriptions, wiring plans and mains connectivity. 24 I project structure project structure I 25
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 10 and 11: How to manage a lighting system? Co
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
Page 61 and 62: 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
Page 82 and 83:
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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