Lighting Control for Education
Bring heritage and new-build together on open lighting control standards so you can reduce costs, hit compliance targets, and keep your estate ready for whatever comes next.
Why lighting control matters for your educational estate
Cut your lighting energy bills
Intelligent control systems respond to natural daylight and occupancy levels, keeping energy use to a minimum and only lighting spaces that are in use.
Meet every standard and target
Lighting control is now critical to meeting net-zero, EPBD/MEES and Part L regulations. It also earns credits across the standards you are judged on, such as BREEAM, LEED and WELL.
Make decisions based on data
See how every space is used through live energy and occupancy data. Optimise around actual demand rather than assumptions.
Modernise at your own pace
Phase your upgrades building by building without disrupting the student experience. Flexible systems bring modern lighting control to every building, whatever its age.
Different learning environments, unique needs
Explore the impact of lighting control across everyday campus spaces.
Intelligent Lighting Control: How it all connects
From classrooms to sports halls, and across buildings old and new, your lighting lives in one system, whether each space is using wired or wireless lighting control.
Access our latest educational resources
For Estates Teams
One campus, one open system
See and manage every building from one place. Hit your energy, cost and maintenance goals across the entire estate, not building by building
For Specifiers
Design with absolute confidence
De-risk your projects with a flexible system that combines wired and wireless controls. Built on open standards for easy BMS integration and no vendor lock-in, so your design is secure from concept to completion.
Upcoming webinar
Concept to Completion: The Future-Proof Campus
Join our practical session on implementing flexible, open lighting control that adapts as your estate, budgets and standards change.
Trusted across leading university campuses
See how three universities upgraded their lighting to cut costs, ease maintenance, and stay ready for tighter standards.
University of Bath, United Kingdom
“Helvar is our de-facto choice for lighting control. With Helvar Insights, it gives us so much information – it’s fantastic! It’s given us room utilisation reports and energy data that helps our energy team monitor our energy usage across the campus.”
James Short
Building Management System Supervisor at Bath University
Tampere University, Finland
“[…] we have worked with Helvar for years, so it [DALI-2] was a natural update for the existing lighting systems that we have here in the university. It provides us with all the benefits of a modern lighting control system now and in the future.”
Heikki Seppälä
Building Maintenance Engineer at Tampere University TAMK
Studenthuset, Linköpings University, Sweden
“Together with Linköping University and other involved parties, our goal was to create an environment in which students feel at home and where we built, through excellent cooperation, a new student building on the cutting edge of sustainability.”
Hayar Gohary
Project Director at Akademiska Hus, Linköping University
Our alliances
Helvar is proud to partner with leading educational networks to champion sustainable campus environments. Together, we share vital industry knowledge to drive positive change toward smarter, greener educational facilities.
Frequently Asked Questions
What is the best lighting for university environments?
The best lighting for higher education combines energy-efficient LED technology with smart, adaptable controls. Because university spaces serve diverse purposes – from high-stakes exams in lecture halls to collaborative work in student unions – the lighting must be flexible. Systems that incorporate tunable white light, occupancy sensors, and localized dimming are considered the gold standard for modern campuses.
How bright should university lighting be?
According to European Standard EN 12464-1, general lecture halls and seminar rooms should typically maintain around 500 lux. However, brightness needs vary across a campus. Computer labs and AV-heavy rooms: 300 lux is usually sufficient to reduce screen glare. Specialized spaces: Demanding visual tasks in architecture studios, medical laboratories, or engineering workshops require higher intensities, typically ranging from 750 to 1000 lux, depending on the precision required.
What is the optimal color temperature for higher education spaces?
A neutral white light – typically around 4000K (Kelvin) – is ideal for general academic settings because it promotes alertness and focus. For maximum flexibility, universities should consider installing tunable white lighting systems. This allows professors and facility managers to adjust the color temperature on the fly: cooler, bluish light (5000K) for intense concentration during exams, or warmer light (3000K) for evening lectures or relaxed study lounges.
What is daylight harvesting, and how does it benefit a university campus?
Daylight harvesting uses smart sensors to automatically dim or turn off artificial lighting when sufficient natural sunlight enters a room. For universities with modern, window-heavy architecture (like atriums and campus libraries), this system drastically reduces energy consumption, supports institutional sustainability and LEED goals, and maintains visual comfort for students throughout the day.
How can we upgrade lighting to improve the student and faculty experience?
The key is moving away from „one-size-fits-all“ lighting. Implement scene-setting controls in lecture halls so the projector area can be dimmed while seating areas remain illuminated for note-taking. In 24/7 libraries and collaboration zones, incorporate localized task lighting and personal control options – such as allowing students to adjust the brightness directly above their study pods via a mobile app or a QR code.
How does lighting impact student performance and well-being?
Lighting has a profound effect on circadian rhythms, which regulate sleep, mood, and cognitive function. Human-centric lighting (HCL) mimics the natural progression of daylight, keeping students energized and focused during morning lectures while helping them wind down in dormitories or late-night study spaces. Poor lighting, on the other hand, can cause eye strain, headaches, and fatigue.
How should lighting be managed in multi-purpose university spaces?
A single university space is often used for lectures, guest presentations, film screenings, and networking events. Lighting should be managed via automated control systems (like DALI) that allow users to select pre-programmed „scenes“ at the push of a button, instantly adapting the room’s atmosphere to the current activity.