Project Spotlight: ITE West College Sports Hall LED Lighting Upgrade
- Secrene Neo
- 4 hours ago
- 3 min read
When you're lighting a sports facility, "bright enough" isn't good enough.
A sports hall used for badminton, basketball, and doubles up as an examination hall places demands on lighting that most commercial environments simply don't. High Ceiling, consistent, glare-controlled illumination across the sports hall. Get the specification wrong and the impact is massive.
When ITE West College needed a LED lighting upgrade for their sports hall, they chose BRITE. Here's how we approached it.
One Space, Two Completely Different Requirements
The hall at ITE West College serves a dual purpose: 1. Sports hall for badminton, basketball and physical education classes on regular school days, and 2. Examination hall during the exam season. On paper this sounds like a minor detail. In practice it creates a lighting specification challenge that most contractors are not equipped to handle.
Sports and examination use have fundamentally different and in some ways opposing lighting requirements:
Requirement | Sports use | Examination use |
Illuminance level | High lux for fast movement and ball tracking | Minimum 500 lux at desk level (SS531 standard) |
Glare control | Low UGR, to minimise glare when students look upward during gameplay | Very low UGR for reading and writing for hours |
Uniformity | Consistent across the full playing surface | Consistent across every seat |
Impact resistance | Essential as fixtures may be hit during game play | Not a primary concern |
Hitting 500 lux uniformly across an entire hall floor, with a UGR low enough for prolonged reading and writing AND from a ceiling 18 metres above is a serious challenge. It cannot be solved by picking a fixture from a catalogue and guessing at the spacing.
Why a DiALux Simulation Was Non-Negotiable
At 18 metres, there is no reliable way to propose lighting options simply based on intuition, experience or rule of thumb. The variables are too many and the consequences of getting it wrong too significant.
BRITE prepared a full DiALux simulation for the sports center, running through a few potential lighting designs that can meet both the lux requirements and uniformity UGR requirements before we went ahead with the proposal. At 18 metres, every unnecessary fixture is a significant cost, and every fixture in the wrong position is an expensive problem. Our expert consultancy supported with technical evidence using DiALux eliminated both risks entirely.
The Solution: Custom Anti-Glare Diffuser High Bay LED
Standard High Bay LED fixtures are designed to throw concentrated, high-intensity light downward. That works well for warehouses and industrial facilities where glare is not a concern. But that does not work for a space where students will spend hours looking at printed examination papers, or where athletes regularly face upward during play.
For ITE West College, BRITE specifically designed a high bay LED fixture with a specialised anti-glare diffuser lens. The diffuser spreads the light output across a wider distribution angle, which does two things simultaneously:
Reduces UGR significantly: by softening the intensity of direct light from the fixture, eliminating the harsh glare that a standard reflector high bay would produce at any height
Improves floor-level uniformity: a wider distribution means adjacent fixtures overlap more effectively at floor level, filling in the gaps that concentrated beams would leave and producing the even illuminance that examination use demands
The trade-off of a diffuser is some reduction in peak lumen delivery compared to a bare reflector fixture. This makes DiaLux even more critical as we had to ensure that we are still able to achieve 500lux at floor level even with the introduction of these specialised diffusers.
What This Project Demonstrates: The BRITE Impact
The ITE West College project is a good illustration of the difference between a lighting contractor and an energy saving lighting specialist.
A contractor presented with this brief might specify a standard high bay, propose the model with lumens that will "approximately" hit the lux target, and proceed to installation. At 18 metres with both a sports facility and examination hall requirements, that approach carries significant risk of underperformance, of non-compliance with SS531, and of a costly post-installation correction at extreme height.
BRITE's approach: custom optics designed for the application, full DiALux simulation to verify performance before commitment, and a specification engineered to meet both use cases simultaneously is how complex projects get done right the first time.
For government bodies, educational institutions, and facility managers evaluating lighting contractors for multi-purpose or technically demanding spaces, the question to ask is not just "can you supply the fixtures?" It's "can you prove the design works before you install it?"
BRITE specialises in energy saving lighting solutions for technically demanding spaces — including high-ceiling installations,and projects where compliance with Singapore's SS531 standards is non-negotiable. We run a full DiALux simulation before recommending anything, so you can have the confidence that the design works before installation begins. Contact us at enquiry@brite.sg or call +65 6753 9553 to discuss your project. Experience The Brite Difference Today 💡🍃 |
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