Cílem této diplomové práce je seznámení se s inteligentními systémy ovládajícími světelnou soustavu budovy a následný návrh projektové studie využívající jednu z popsaných technologií. Teoretická část se zabývá obecným přehledem prvků využívaných inteligentními elektroinstalacemi, popisem topologií zapojení a metodami datového přenosu. Dále jsou zde rozebrány požadavky na osvětlovací soustavu a všeobecné postupy při projektování osvětlovacího systému. Závěr teoretické části tvoří rozbor tří vybraných komunikačních systémů.
There also described the structure participation, process of
communication and supported transmission media. This chapter there give idea about the functioning principles
of the control system. The actual design the system
is then conducted the basis predetermined requirements.
In the theoretical part there are described ways communication centralized and
decentralized systems, there are also discussed the various elements needed for the
functionality the intelligent electrical wiring, which are the central unit, system unit,
sensors and actuators. Based the
selected plan, first performed simulation selected luminaires DIALux, thanks which
I could identify the correct number and layout the rooms.
Finally, evaluates the energy intensity proposed lighting system which achieves
1200kWh per year. Based the measured light
intensity and amount movement detection system decides the level artificial light and
the position the blinds. There are
two open decentralized systems KNX EIB and LonWorks and one closed centralized
system iNELS. These rules must defined advance using the programming
environment INELS Designer Manager.UTB Zlíně, Fakulta aplikované informatiky 74
ZÁVĚR ANGLIČTINĚ
The thesis was focused the issues building’s lighting control systems order to
maintain lightning comfort. The goal was design modern lighting system with low energy,
so took advantage LED lighting, which nowadays becoming trend.
The last chapter deals with the analysis three selected communication systems. Next chapter addressing the actual data transmission in
communication systems.
.
The practical part includes project feasibility study lighting control system the newly
built single-storey house. The paper describes the functional structure of
the system dealing with the controls and the technical structure address its functionality.
Another chapter theoretical part deals with the procedures for designing systems and
requirements for artificial lighting draft, there are discussed various parameters artificial
light sources and energy saving measures such checking for the presence people the
maximum use daylight
