A Qualitative Policy of Urban Lighting in the Master Plan [Understanding Urban Context when Developing a Lighting Plan?]

Urban Lighting Design

Gilles Arpin

Analyzing the context is the first step in establishing a lighting plan on a site. The context is of course first the site’s physical environment, its morphology: the location of the site on a promontory or in a valley, its alignment flush with or indented from the street, its proximity to a body of water or a large park… The approach must adapt to the urban form, whether it is a heritage district, urban centre, industrial park, suburb, shopping mall, entertainment district, campus, hospital, sports arena, or administrative centre.

As part of a lighting plan, it is necessary to expand our vision of the project’s mandate. The relationship with the surroundings, the doors or route of entry to the site, the hierarchy of traffic lanes, and elements of composition (buildings, architectural ensembles or landscape…), the perspectives or preferred views looking into or out from the site should all be listed.

The context is also the site’s social value or symbolism, and its urban or architectural value, too often forgotten or despoiled for the sole benefit of light “branding.”A lack of careful consideration often leads to too much light or too much colour, distorting the urban form and architecture. Light can certainly be festive but,given that it is noticeable only when reflected by something else, the object and its materiality which allows us to appreciate it deserves to be seen for what it is… unless of course you want to downplay it because it’s too ugly, but still need to make it relevant.

The existing or planned lighting context must be taken into account. I’m thinking particularly of traffic routes, the approaches to which may be dark or bright. A commercial street lined with illuminated shop windowsengages pedestrians and helps them feel safe,whereas the sudden absence of this bright contribution makes an uncomfortable contrast that requires balance. I also think architectural ensembles in which some buildings are already equipped with lighting must be integrated into the site’s overall visual hierarchy.

Finally, the context must include an analysis of how the site is used. Vehicular and pedestrian traffic studies help determine the hierarchy of traffic lanes, intersections, and pedestriansafety. Urban routes are the fabric of the city; they channel migration across districts and enable people to complete the everyday tasks of community life. Lighting musthelp distinguish the nature of these various pathways.

Open spaces, such as parks and public squares,also deserve careful consideration of their use. A park that is closed at night will not benefit from the treatment given toplaying fields, not only at the level of the equipment but also for controlsand curfews.

 

Related Articles


Changing Scene


Design

  • Liteline: Splitsville in Hamilton, Ontario – Lighting Project Highlight

    Liteline: Splitsville in Hamilton, Ontario – Lighting Project Highlight

    At Splitsville in Hamilton, Ontario, PEGA is suspended across all 34 lanes, creating a cohesive lighting design throughout the space. Each fixture is paired with OnCloud, enabling independent control and wireless connectivity. OnCloud is a natural fit for this bowling alley. From daily operations to league nights, special events, and private parties, lighting scenes and… Read More…

  • CDm2 LIGHTWORKS: The Real Work of Value Engineering – A Collaborative Approach

    CDm2 LIGHTWORKS: The Real Work of Value Engineering – A Collaborative Approach

    It’s a situation most lighting designers have experienced: a project you spent months designing comes back with a request to review and accept a value engineering package. You’ve seen it time and time again, a package of substitutions with a carrot of cost savings and a deadline. There’s no true value engineering offered, only substitution… Read More…


New Products

  • BeLuce: HAZ-X Q – Hazardous Location LED High Bay

    BeLuce: HAZ-X Q – Hazardous Location LED High Bay

    The HAZ-X Q Series LED High Bay is UL 844 certified for Class I, Division 2, Class II, Division 1 & 2, Class III hazardous locations and is engineered for reliable performance in harsh industrial environments where moisture, dust, corrosion, and vibration may be present. Available in Q1 (20W to 100W) and Q2 (20W to 240W) configurations,… Read More…

  • ABB Emergi-Lite: ECPHR Series – Reach New Heights in Emergency Egress Lighting

    ABB Emergi-Lite: ECPHR Series – Reach New Heights in Emergency Egress Lighting

    The ECPHR Series is a steel egress luminaire designed to work seamlessly with Emergi-Lite mini-inverters, engineered to deliver enhanced performance in high-ceiling environments. Designed with patented LED technology and precision optics, it delivers focused, asymmetric illumination with exceptional uniformity – ensuring a clear path of egress while improving safety and reducing system cost. Read More…