BEKA Schréder has provided the complete undercanopy, building exterior, and perimeter lighting solution for the newly developed Engen Carlswald service station in Midrand, Gauteng.
Commissioned in 2024, Engen Carlswald forms part of Engen’s expanding network of service stations. BEKA Schréder’s lighting solution forms part of Engen’s LED Roll-Out Programme, with all luminaires fully approved for use across multiple sites. Designed and manufactured in South Africa, the luminaires are designed to withstand the country’s demanding environmental conditions, ensuring reliability and an extended product lifespan.
Undercanopy lighting
The LEDTEC was selected for the undercanopy lighting due to its sleek design, versatile mounting options, outstanding performance, and cost-effectiveness. The LEDTEC is an LED lowbay range designed for energy-efficient lighting in industrial, commercial, and petrochemical retail environments. Optimised to deliver the best overall performance for lowbay applications, the LEDTEC outperforms all other LED lowbay luminaires thanks to the substantial energy savings it generates and the performance it delivers over time.
The LEDTEC can be used in hazardous environments where a Zone 2 or 21/22 rated luminaire is required. The optional battery backup version is the perfect solution for power supply interruptions. It provides up to four hours of backup lighting and uses a fast-charging inverter, hence it charges up in time for the next power supply interruption cycle.
Building exterior and perimeter lighting
The LEDLUME 1 luminaire was used to light the building exterior and perimeter, creating a safe and welcoming environment for customers. It was selected for its high performance and visually appealing design.
Available in four sizes, the LEDLUME range offers optimised photometrical performance with a minimum total cost of ownership. It provides energy savings, improves lighting levels and reduces maintenance costs. The great variety of high-performance optics optimises the photometric distribution for each specific application to achieve minimum energy consumption.
