The Requirement: Light a Whole Parking Area With One Pole
The Ecuadorian client's brief was unusually clean. The site is a non-motorised vehicle parking area inside a community park, and the goal was to cover the entire area from a single structure. The reason is visible in the layout: with ordinary low street lights, the parking bays for small cars and electric vehicles end up in the gaps between poles dark corners where night traffic and patrols become guesswork, and where theft has room to happen.
What the client bought was not more lamps. It was fewer lighting points with better geometry.
Why the High-Pole Option Won
On a wide, open parking area, the cost of low street lighting is not the luminaires it is the civil work. Every row of poles means excavation, conduit, cabling, foundations and a longer construction period, and the total rarely comes down. A tall mast with multiple floodlights arranged around the top spreads light downward and outward from one location, covering the bays, the shed and the access lane in a single footprint.
| Criterion |
Rows of low street lights |
Multi-head high mast |
| Lighting points needed |
Many, spaced along each row |
One structure covering the area |
| Civil works |
Excavation and cabling per row |
Single foundation location |
| Dark corners |
Between poles and at bay edges |
Even spread, no obvious black spots |
| Construction time |
Extended by trenching and conduit |
Reduced to mast erection and connection |
| Later layout changes |
New poles and new cable runs |
Individual heads re-aimed, no re-erection |
The Detail South American Buyers Ask About: What Happens After the Handover
Post-installation flexibility is where this solution earns its place. Each lamp head on the mast can be angled independently, so when a site's internal traffic plan changes — new bays, a relocated shed, a different patrol route the lighting is re-aimed rather than rebuilt. For local engineering companies and municipal buyers handling several parks, that is the argument that keeps the specification in the tender.
Two power options were offered for the same platform: grid-powered for parks with a stable supply, where it is the more cost-effective choice; and solar for suburban communities and markets beyond the grid, where no wiring means fast installation. The client could therefore standardise on one lighting design across a portfolio of sites with different power conditions.
Environment: Engineering for Ecuador, Not for a Catalogue
Ecuador's coastal and inland climates differ sharply, and both are demanding heavy rainy-season downpours, strong ultraviolet radiation, and salt spray along the coast. Pole anti-corrosion and structural standards were adjusted for local wind speed and humidity rather than shipped as a default export specification, so the mast and the heads are rated for the conditions of the actual site.
The Ordering Experience, by Dimension
| Dimension |
What the client valued |
| Capital cost |
One foundation instead of trenching and cabling every row |
| Coverage |
Full-area illumination from a single mast location |
| Flexibility |
Heads re-aimed as the site plan evolves |
| Climate |
Corrosion and structural standard set for local wind, humidity and salt spray |
| Power choice |
Same platform in grid and solar versions for different sites |
Because the light source, pole and structural standards come from one factory a 68,000 m² facility with 1,200 street light units of monthly capacity and a technical file traceable under reference No. LCS2111080754R the wind-load, coating and photometric assumptions are set together instead of being assembled from three suppliers' catalogues.
Send us the site plan and the parking layout we will show you how many masts you actually need.
Mesajınız 20-3.000 karakter arasında olmalıdır!