Qatar World Cup
Global Major Project: Stadium Lighting
The culmination of the 2022 Qatar World Cup bore witness to a collection of eight stadiums that etched an indelible mark upon the global audience.
Notable among these architectural marvels was the renowned "Golden Bowl," emblematic of the tournament's pinnacle, the Lusail Stadium, and the distinctive 974 Court, an industrial creation composed of interlocking containers resembling Lego blocks.
NVC International: At the Forefront of Illumination
As the principal supplier of lighting solutions for this historic World Cup, NVC International ascended to the forefront, delivering world-class comprehensive lighting solutions for both the illustrious Lusail Stadium and the innovative 974 Court. Aligning meticulously with preconceived designs, our engagement encompassed a full spectrum of customized services tailored to the unique demands of these esteemed venues.
A Pinnacle of Energy Efficiency
In resonance with our dedication to green energy conservation and sustainable progress, the LED lighting arrays deployed exhibited a remarkable energy efficiency surpassing that of traditional counterparts by 40%-60%. The project team's meticulous design and precise calculations ensured the absence of redundant lighting elements within the overarching scheme, an intersection of visual excellence and energy consciousness. The project team, distinguished by its nimbleness and prompt responsiveness, seamlessly met the client's demands within stringent timelines without compromising on quality or quantity.
Innovative Illumination at 974 Court
Within the realm of 974 Court, a novel narrative unfolded as NVC International employed DALI regulation technology. This innovative approach facilitated real-time brightness adjustments ranging from 0 to 100, dictated by dynamic scene changes and user requirements. This technology, executed across an extensive array of control units, seamlessly enabled versatile mode transitions and intelligent multi-unit control, thereby effectuating energy conservation through intelligent regulation.