Industry News

Zero-Emission Buildings: The Role of Efficient Lighting and Controls

How high-efficacy luminaires, daylight, controls and commissioning support the EU transition to zero-emission buildings without compromising visual comfort.

7 min readArtdon Lighting Team
Efficient magnetic track lighting in a modern hospitality interior

KEY TAKEAWAYS

  • Reduce lighting demand through design first
  • Use controls to turn efficiency into real savings
  • Protect comfort, colour and accessibility
  • Commission and monitor whole-building performance

01Lighting in the Zero-Emission Building Transition

The recast EU building framework establishes zero-emission buildings as the future standard for new construction. Lighting is one of many building loads, but it is highly designable and closely connected to occupant experience.

Efficient lighting also reduces internal heat gains, which can influence cooling demand.

02Reduce Demand Before Adding Technology

Start with daylight access, appropriate illuminance, efficient optics and luminaires positioned where light is needed. Avoid over-lighting and excessive decorative load.

Good surface reflectance and vertical illumination can make spaces feel bright without simply adding watts.

Industry Impact at a Glance

Recessed downlights installed in a modern office lobby, providing comfortable architectural lighting for a commercial office building.

01 Reduce lighting demand through

Reduce lighting demand through design first. This point should be documented and verified during project delivery.

Recessed downlights installed in a luxury hotel atrium, providing elegant architectural lighting for the hospitality lobby.

02 Use controls to turn

Use controls to turn efficiency into real savings. This point should be documented and verified during project delivery.

Recessed downlights installed in a modern hotel lobby, providing elegant architectural lighting for hospitality reception areas.

03 Protect comfort, colour and

Protect comfort, colour and accessibility. This point should be documented and verified during project delivery.

Recessed downlights installed in a modern office lobby, providing comfortable architectural lighting for a commercial office building.

04 Commission and monitor whole-building

Commission and monitor whole-building performance. This point should be documented and verified during project delivery.

03Controls Make Performance Operational

Occupancy sensing, scheduling, daylight response and scene control reduce unnecessary hours and output. Controls should be simple for users and transparent for facility teams.

Monitoring helps identify after-hours use, disabled sensors or setpoints that drift over time.

04Quality Still Defines Success

Low energy use does not justify glare, poor colour or dark, confusing spaces. Visual comfort, accessibility and task performance must be protected throughout optimization.

Layered lighting lets designers direct light precisely while maintaining atmosphere in hospitality and retail projects.

Project Planning Matrix

Project StagePriorityRecommended Action
ConceptDesign intentDefine performance goals and applicable standards
SpecificationEvidenceVerify product data, controls and interoperability
CommissioningReal performanceTest settings, document results and review after occupancy

05A Whole-Building Delivery Process

Coordinate lighting with façade, HVAC, electrical and building-automation strategies from concept stage. Commission sequences, train operators and review energy after occupancy.

The most credible zero-emission pathway combines efficient equipment, responsive controls and verified real-world operation.

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