The question of how to light a car park in compliance with regulations and standards requires a systematic approach that combines technical expertise with practical design experience.
The design process begins with analysing the function and type of facility, as different illuminance levels and luminaire types will be appropriate for outdoor car parks, large-scale parking areas, or underground facilities.
The next stage is to consider the relevant standards and regulations that define requirements for illuminance, lighting uniformity, and glare control, ensuring that the installation complies with applicable national and European requirements.
Luminaire selection should be based on matching technical specifications to environmental conditions and user needs. Important factors include luminous efficacy, durability, mechanical resistance, ingress protection, and overall manufacturing quality, which ensures stable performance throughout the product's lifetime.
The placement of light sources is equally important. Proper luminaire positioning should provide uniform illumination of traffic lanes, parking bays, and pedestrian areas while minimising glare and maintaining a high level of visual comfort for users.
For this reason, when planning an investment, it is worth entrusting the project to an experienced and reliable partner such as Lena Lighting S.A.
A properly designed car park lighting system significantly improves safety by reducing the risk of trips, collisions, vandalism, and arson, while also making navigation easier after dark.
Requirements for equipping a car park with high-quality lighting extend beyond vehicle circulation areas and also apply to pedestrian zones, crossings, entrances, and staircases. These locations must remain clearly visible and maintain the required levels of brightness.
At the same time, energy efficiency has become a key consideration. Modern LED technology, accurate photometric data, and high-quality luminaire design make it possible to achieve the required lighting performance while reducing energy consumption, lowering maintenance costs, and providing longer operational life.