A modern home does not need a separate wall switch for every lighting circuit. Carefully designed smart home lighting scenes can take care of many everyday routines, while a few well-placed controls give you an easy way to choose the light you want.
In an automated building, we plan lighting around activities: waking up, arriving home in the afternoon, working or watching TV in the evening. Brightness, colour temperature, direct and indirect light, and motorised shading can respond together to the time of day and the way a room is used.
Can smart home lighting reduce the number of wall switches?
In a considered interior, stone, timber, colours and luminaires all contribute to the character of the space. Lighting controls deserve the same attention.
A separate switch for ceiling lights, pendants, shelf lighting and concealed LEDs can quickly turn into a long row of controls. A lighting scene brings these circuits together: each group has a defined brightness, creating a useful setting for the whole room.
Our architectural lighting design starts with how you want to use the space. Where do you arrive? Where do you read? When do you relax? What light do you need at night? The answers help us decide which routines to automate and where a manual control remains useful.
Automatic lighting scenes from morning to evening
A lighting scene is a coordinated setting for several lights. Ambient, task and accent lighting work together, with each group set to a brightness suited to the activity.
Scenes can be assigned to operating modes such as waking up, daytime use, evening relaxation or TV viewing. Depending on the system design, a schedule, presence detection or the status of an integrated device can trigger the change.
The following are design examples. The final behaviour depends on the selected luminaires, sensors, shading equipment and connected devices.
Morning lighting: a gradual start to the day
A wake-up scene can gradually increase the light level. Bedroom and bathroom lighting can follow your morning routine, while blinds open according to the agreed schedule. Weekday and weekend settings can be different.
Arriving home: lighting that responds to daylight
An afternoon arrival can call up a different scene from the one used in the morning. We consider the daylight already in the room and decide which lights should complement it. The reading corner, kitchen worktop and dining area can receive their own light, while the rest of the space stays more subdued.
TV lighting: automatic transitions between direct and indirect light
When a TV is integrated with the automation system, its power-on signal can trigger a TV lighting scene. Direct lights that reflect on the screen can dim or switch off, while concealed or indirect lighting provides a soft background.
The same scene can move blinds or curtains to a suitable position to reduce reflections. Switching the TV off can restore the lighting scene appropriate to the time of day. This behaviour requires a compatible TV integration and coordinated lighting and shading controls.
Night lighting: a gentle route through the home
The route from the bedroom to the bathroom can use low-level lighting at a restrained brightness. A dedicated night scene means movement can trigger a different response from the one used in the same space during the day.
Lighting and motorised shading working together
Blinds, curtains or shutters can be coordinated with the time of day, the season and the chosen operating mode. Depending on the installation, sun position, sunlight and room temperature can also inform shading control.
The aim may be to welcome daylight in the morning, limit strong afternoon sun or provide privacy in the evening. We plan artificial lighting and shading together so the light coming through the windows forms part of the overall scheme.
Each operating mode considers the whole room: light levels, the balance of direct and indirect lighting, and the position of the shading.
How do you control automated lighting manually?
You may want more light for reading, a different setting for guests or a particular pendant switched on by itself. We keep simple manual controls for these choices. A Loxone installation can use the app, a Touch control or conventional push-buttons connected to the appropriate inputs.
A control might sit by the entrance, beside the bed or near a reading chair. We consider family members and visitors as well as everyday routines. Automation handles the repeated tasks, and personal choices remain easy to make.
Lighting design, presence detection and commissioning
Presence detection has practical limits. Some sensors may not reliably detect someone sitting still for a long period of reading. Sensor positions, time delays and manual settings for these activities need to be planned together.
Through our project management service, we coordinate lighting plans, luminaires, control systems and the work of the relevant contractors. During commissioning, we test real situations: arriving, passing through, staying in a room and relaxing in the evening. Scenes, brightness and response times are fine-tuned around those situations. Changes to furniture or daily routines may call for further adjustments.
DALI and DMX lighting control: communication with the luminaires
Lighting scenes depend on luminaires responding accurately to control commands. Brightness, switching order, fade transitions and colour temperature all affect the result.
We select DALI or DMX communication according to the requirements of the project. Compatible luminaires can be controlled individually or in groups, allowing lights to appear in a planned sequence and fade to their target levels.
The automation programme defines the sequence and timing. Smooth dimming depends on the controller, the LED driver and the luminaire working well together, particularly at low light levels. These components are coordinated from the design stage.
For a broader introduction to the interfaces, read our guide to DALI, DMX, KNX and Apple HomeKit in smart home lighting.
Tunable white lighting and human-centric lighting design
For scenes that change the character of white light, the selected luminaires must support adjustable colour temperature as well as dimming. The same fitting can then provide very warm light for an evening setting and a different white tone for daytime tasks.
Our approach to human-centric lighting considers daylight, brightness, colour temperature and light distribution together, around morning routines, daytime work and evening relaxation.
This requires tunable white light sources and suitable LED drivers. In a DALI system, DT8(Tc) is an option for colour-temperature control. In a DMX system, the relevant channels of the selected device are used to adjust the output. The available colour-temperature range is determined by the luminaire and light source.
Evening relaxation: candlelight-style light at 2100 K
An evening scene can use a 2100 K colour temperature for a candlelight-style appearance, mainly through indirect lighting. Light reflected from walls and ceilings creates a gentle atmosphere at a restrained brightness, with direct light kept where it is needed.
Daytime task lighting: 4000–6000 K where appropriate
For daytime work, 4000–6000 K may be selected depending on the task, the daylight available and the preferences of the people using the space. Focused light on the work surface can take priority, supported by indirect illumination elsewhere.
These figures are design examples, rather than a fixed schedule for every home. Comfortable task lighting also depends on light levels, distribution and glare control. The chosen luminaires must support the required range.
MOIRA designer lighting: form, dimming and colour temperature
We developed the MOIRA lighting collection with form, light and control considered together. For suitable models and project specifications, dimming and a tunable white range of 2100–6000 K allow the same luminaire to create different settings for daytime use and evening relaxation. DALI or DMX control is selected to suit the building’s system.
Design ONE brings lighting design together with luminaire manufacturing in Hungary. Bespoke luminaires and their interfaces with building automation are developed around the agreed technical specification. The appearance of the room and its everyday operation follow the same concept.
Frequently asked questions about smart home lighting
Can every wall switch be removed?
Some rooms can handle their routine lighting automatically, but the controls for the whole home are designed individually. A few accessible controls can remain useful for reading, custom scenes and visitors.
Do I always need a phone to control the lights?
No. The purpose of automation is to reduce repeated manual actions. A phone can be an optional control interface; correctly programmed everyday routines generally do not require it.
Does Loxone lighting work without an internet connection?
The Loxone Miniserver processes the automation logic locally, so a correctly configured local lighting system can continue to operate without internet access. Online services, such as internet weather data or push notifications, still need a connection.
When should lighting control be planned?
For a new build or renovation, begin while the electrical and interior design plans are being developed. In an existing home, we first review the wiring, luminaires and options for expansion to establish what suits the building and your needs.
Experience smart lighting in our Loxone showroom
Visit our Loxone partner showroom in Kecskemét, Hungary, by appointment, to explore the possibilities in person. Bring a floor plan and tell us which everyday situations you would like to make simpler. If you are planning from abroad, contact Design ONE to discuss your project.
Light designed for your space. Operation shaped around your life.