PAK LIGHTING · GUANGZHOU, CHINAwison21@126.com ↗
PAKPAK · LightingGuangzhou dealer / Project support

Lighting solutions / Interactive concepts

See the room differently.
Plan what happens next.

Try three lighting-control concepts, explore the customer problem behind each one and see which documents can turn the idea into a project brief.

Try the solution stories ↓Discuss your project ↗

SOLUTION STORIES / TRY THE SCENES

Show the experience.
Then define the controls.

A car arriving, a guest settling in, a meeting about to start. Explore how a control brief can respond to each moment.

Illustrative solutions prepared for project discussions. These are concept demonstrations, not completed customer installations or measured performance results.

Parking · Illustrative solution

A calmer arrival. A quieter setting between visits.

The garage feels unwelcoming on arrival, yet stays unnecessarily bright when no one is passing through.

Concept plan of parking spaces, a vehicle route and pedestrian access LOBBYVEHICLE ROUTE → PPP
Lighting concept · Light levels are illustrative

Explore lighting responses at different moments

Arrival

Entry detection raises the arrival zone and the next agreed route zone; other zones retain their base setting.

Aim for a smoother arrival, with gentler changes in brightness between adjoining zones.

Explore the design brief

The customer problem

People want to see where to turn, park and walk without abrupt changes in brightness. At quiet times, the property team also wants less unnecessary output, while keeping agreed key routes visibly lit.

The proposed approach

Divide the garage into entrance, traffic and parking zones. In this example, detection raises the relevant zone from its base setting, then returns it after an agreed delay. Keep base lighting on key routes in every mode and provide a timed service override. Emergency lighting operates independently.

Documents to agree

  • Entrance, traffic and parking-zone plan with sensor locations
  • Arrival, quiet and service schedule with base settings and delays
  • Site review checklist for coverage, transitions and manual overrides

Confirm sensor coverage, brightness transitions and base-light settings against the actual layout and project requirements on site.

Discuss a similar project ↗

Hotel guestroom · Illustrative solution

One room, different ways to unwind.

One guest wants to read while the other is ready to sleep.

Concept guest-room plan showing the entrance, bedside reading area and night route ENTRYREST AREANIGHT ROUTE
Lighting concept · Light levels are illustrative

Explore lighting responses at different moments

Welcome

The entrance control brings selected room lights to the welcome setting, with bedside lights available for separate adjustment.

Help guests settle in without having to work out several switches first.

Explore the design brief

The customer problem

A guest arriving late should not have to test several switches. One person may want to read while another rests, and a night-time trip to the bathroom calls for a different lighting setting.

The proposed approach

Group the entrance, bedside and low-level route lighting separately. A small set of labelled scenes can be selected from the entrance and bedside. Welcome brings up selected room lights, reading favours one side of the bed, and night lowers general lighting while illuminating the agreed route.

Documents to agree

  • Guestroom lighting-zone and entrance / bedside control plan
  • Welcome, reading and night scene schedule with adjustable settings
  • Sample-room review checklist for glare, switching and scene exit

Review glare, independent bedside operation and night-route lighting in a furnished room; the scenes control only the selected lighting circuits.

Discuss a similar project ↗

Meeting room · Illustrative solution

Keep the meeting moving when the screen comes on.

The lights are right for note-taking until someone starts the presentation.

Concept meeting-room plan showing a presentation screen, table and daylight perimeter DAYLIGHTMEETING TABLESCREEN
Lighting concept · Light levels are illustrative

Explore lighting responses at different moments

Everyday work

Presence detection brings task lighting to the agreed setpoint; perimeter lighting responds to the available daylight.

Aim to make everyday discussion and note-taking comfortable with fewer manual adjustments.

Explore the design brief

The customer problem

A meeting room has to support conversation, note-taking and screen use without repeated adjustments. The team wants a clear presentation setting, while the building operator wants unattended room lighting to return to an agreed unoccupied state.

The proposed approach

Use the MR-01 example to separate screen, table and perimeter lighting. Presence selects the working scene, daylight influences the perimeter, and a wall control recalls presentation. After the agreed vacancy delay, selected lighting groups switch off. These three modes are a demonstration subset; the full example also includes cleaning.

Documents to agree

  • Screen, table and perimeter lighting-zone plan
  • Scene and trigger schedule aligned with the MR-01 control example
  • Site review checklist for presence, screen reflections and scene priorities

Check detection of people sitting still, screen reflections and return-to-use behaviour on site before agreeing delays and scene priorities.

Read the detailed room-control brief →
Discuss a similar project ↗

Six starting points

Begin with how
the space will be used.

These illustrative application briefs describe possible lighting approaches. They are planning references, not records of completed customer projects.

01 / Education

Classrooms & libraries

Plan the reading surface, teaching wall and circulation areas as distinct parts of the learning environment.

  • Lighting approachClassroom luminaires, panel lights and focused lighting for shelves or displays.
  • Control optionsSeparate teaching, presentation and cleaning settings where dimmable equipment is selected.
  • Details to confirmDesk layout, mounting height, board position, glare criteria and required lighting calculations.
Explore panel lighting ↗
02 / Healthcare

Reception, corridors & patient rooms

Consider the different visual tasks in public areas, consultation spaces and rooms used for rest.

  • Lighting approachPanel lights, downlights and suitable luminaires for areas exposed to moisture.
  • Control optionsDefine public-area schedules and room controls around the needs of staff and occupants.
  • Details to confirmRoom use, cleaning conditions, colour quality and the project requirements for each area.
Explore downlights ↗
03 / Workplace

Offices & meeting rooms

Combine general desk lighting with controls that reflect meetings, screen use and changing daylight.

  • Lighting approachPanel lights for work areas, with downlights and accent lighting for shared spaces.
  • Control optionsPresence detection, daylight response and meeting scenes with compatible drivers and controls.
  • Details to confirmFurniture plans, ceiling layout, lighting zones and the interface to any existing building system.
Explore lighting controls ↗
04 / Retail

Shops & display spaces

Give merchandise a clear visual focus while keeping aisles, counters and fitting areas comfortable to use.

  • Lighting approachAdjustable track lights, downlights and linear lighting for general and accent layers.
  • Control optionsSeparate display groups and define opening, trading, closing and cleaning modes.
  • Details to confirmDisplay positions, ceiling height, beam angles, colour temperature and colour-rendering needs.
Explore track lighting ↗
05 / Hospitality

Hotels, restaurants & guest rooms

Build the atmosphere with layers of light, then make the everyday controls easy for guests and staff.

  • Lighting approachRecessed downlights, accent lights and concealed linear lighting where the design calls for them.
  • Control optionsWelcome, dining, reading and leaving scenes, subject to the selected control system.
  • Details to confirmDesired light levels, dimming behaviour, bedside and entrance controls, and maintenance access.
Plan room scenes ↗
06 / Industrial

Workshops & warehouses

Start with the height, working areas and aisle layout so equipment can be selected for the actual site.

  • Lighting approachHigh-bay luminaires for taller spaces, with suitable lighting for aisles and service areas.
  • Control optionsReview scheduled operation or occupancy-based switching against working patterns and safety needs.
  • Details to confirmMounting heights, environmental conditions, supply voltage and access for installation and maintenance.
Browse the lighting range ↗

From application to equipment

Connect the brief
to a product choice.

The final selection brings together the visual task, installation conditions and any required controls.

General lighting

Start with the everyday task.

Compare panel lights and downlights against the working plane, ceiling and intended room layout. The required light level and glare criteria guide the review.

View panel luminaires ↗
Accent lighting

Choose where attention should go.

Track lights and recessed spotlights can place emphasis on displays, surfaces and features. Review aiming, mounting distance and beam angle together.

View track luminaires ↗
Lighting controls

Describe the desired behaviour.

Identify which lights work together, who operates them and when scenes should change. Drivers, gateways and wiring are then checked against that intent.

View KNX & DALI options ↗

PUBLISHED EUROPEAN REFERENCES

See these ideas in real buildings.

Published third-party projects. Our team was not involved in these installations. They illustrate control approaches, not our project record.

HOTEL / LISBON, PORTUGAL

Bairro Alto Hotel

The KNX project record describes a 2019 refurbishment with lighting scenes, timed control and occupancy detection, alongside wider room automation. Room-occupancy information also supports maintenance coordination.

Published by KNX · Project integrator: Domotica Solutions

Read the KNX project record ↗

CAR PARK / KENDAL, UNITED KINGDOM

Westmorland Shopping Centre

STEINEL describes a 2024 lighting retrofit using sensor-controlled luminaires and Bluetooth Mesh. Neighbouring groups coordinate lighting between parking decks and stairwells as people move through the building.

Published by STEINEL · Bluetooth Mesh lighting retrofit

Read the manufacturer’s case study ↗

Your project brief

Tell us what matters
in your space.

A short brief is enough to begin. Add drawings or an equipment schedule when you have them.

Location & use
Country, city and building type
Space & layout
Room plans and mounting heights
Equipment & controls
Existing models and desired scenes
Timing & team
Project dates and local contacts
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