MOL - Mohács Petrol Station
Description
A reference project for MOL: PIERRE was installed at their petrol station in Mohács, Hungary, with the focus on intelligent lighting.
What Was Implemented
- Automatic light regulation based on the presence of people and on weather conditions.
- The system determines the required light level and intensity with minimal manual intervention.
- A Berlin 10" display was chosen to manage the lighting on site.
Why It Was Chosen
- Lighting runs at the level actually needed, instead of at a fixed level for the whole opening period, which reduces electricity consumption.
- Better light quality in the working area, which matters where staff spend a full shift.
- The lighting adapts through the day without anyone having to operate it.
What This Project Shows
Presence and light-level based lighting control is applicable well beyond a petrol station — any commercial space with long opening hours and varying daylight is a candidate. The measurable part is the reduced running time at full output; that is the figure worth taking to a similar client.
For the MOL company, we implemented PIERRE in their petrol station in the city of Mohács, Hungary, with a focus on intelligent lighting. This feature allows automatic light regulation based on human presence and weather conditions, achieving optimal energy efficiency and creating a more pleasant environment.
MOL opted for the intelligent lighting function. One of the benefits of this feature is the enhancement of colours and textures in the room, which has a positive effect on the mood of the employees. Thanks to its intelligent control capabilities, the PIERRE smart lighting system determines the optimal amount and intensity of light with minimal human interaction, thus contributing to rational electricity consumption. This technology not only improves the working environment, but also reaffirms MOL's commitment to efficiency and sustainability.
To manage its intelligent lighting, MOL chose the Berlin 10" display, further enhancing the functionality and efficiency of the space.
