Welcome to the lab
A solar light needs to collect enough energy during the day to run through the night. Choosing the right system means considering both the light you need and the sunlight available at your site.
Our design team checks your site’s lighting needs, weather and energy balance before recommending a luminaire. You receive a configuration based on the planned operating hours and local conditions.
- 01 | Lighting study
- 02 | Operation mode & lighting schedule
- 03 | Estimatedd daily consumption
- 04 | Solar panel sizing
- 05 | Battery sizing
- 06 | Products tailored selection
- 07 | Mechanical study
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Our study process in detailsListen, analyse & propose
Solar lighting
How does it work?
During the day, the solar panel (1) converts sunlight (2) into electricity. The controller (4) manages charging of the battery (3).
At night, the controller uses energy stored in the battery to power the LED (5) according to the lighting schedule.
Plug and play system
01
Lighting study
We first review your lighting targets, applicable standards and site constraints. A DIALux simulation then helps us choose the power, optics and number of luminaires needed, so you can assess the proposed layout before installation.
Dialux Simulations
03
Estimated daily energy use
We calculate daily energy use from the selected power and lighting schedule, including dimming periods. Component sizing is based on the highest expected daily demand, usually during the longest winter nights.
Energy calculations
Maximum
Daily consumption
04
Solar panel sizing
We model solar production using the site’s weather, sunlight, pollution and temperature data. The panel must cover daily energy use and recharge the battery during the least sunny months. The study includes an energy margin of over 30%.
TOPCON Grade A solar cells
Solar Panel sizing Calibaration
Minimum Wattage Needed | 210 Watts
05
Battery sizing
We size the LiFePO₄ battery to cover daily consumption and at least two days of backup autonomy. A larger capacity also reduces the depth of discharge in normal use, which helps preserve battery life.
Selected battery Capicity
120 Ah 12,8v 1536 Wh
LIFE.P0406
Solar Lighting, Customized to Fit
We use the lighting power, daily consumption, panel size and battery capacity to select a product from our range. You receive a recommendation matched to your site and operating schedule.
Uninterrupted Lighting, 365 Nights a Year
| Your future successful project: | Phase 1 Main Road to Solux | |||
|---|---|---|---|---|
| Total lights | 234 | Optic | T2-Short | |
 Model: Solux SSLX Pro 60 | ||||
07
Mechanical study
We check the mechanical design against the weight of the equipment and wind loads on the solar panel. This helps determine the mounting requirements for the installation.
The right pole
08
Solux project assistance
Our team provides installation documents, user manuals and technical assistance to help your installers fit and commission the equipment.
Here for you
24H – 7 Days
