info@regentlight.co.za +27 11 474 0171

Embassy Towers

The Embassy Towers in Sandhurst is an exclusive apartment building in the heart of Sandton CBD. This attractive building can be seen towering amongst the Sandton City skyline and together with GLH Architects, One Zero Electrical Engineers & Paul Pamboukian & Associates we supplied lighting to accentuate the façade of the building from roof to ground level.

The facade of the building is dramatically enhanced with our LED cove lighting IP Rated at 14W/m LED 2700K as well as the Beam Double 2 x 32W LED 3000 wall mounted fittings accentuating the architectural lines of the façade.

The parking areas feature the Piazza which is specifically implemented in all street, parking area & landscape applications. This fitting is post mounted to a height of 3.5m to 5m & designed to operate a range of LED’s up to 48W with various modular optical lenses. This unique application at the Embassy Towers incorporated camera surveillance on all Piazza Post Top poles surrounding the building. The Piazza Post Top is a 17W LED 3000K with Camera mounting. Our in-house capabilities enabled us to adapt an original fitting to suit the client’s requirements of integrating surveillance and lighting.

The pedestrian bollards surrounding the walkways mimic this design style by using the Piazza bollard 9W LED 3000K. The landscape and planter boxes at the exterior feature numerous fittings including the Gamma trunion, Kevo trunion, Bilux Inground, Brite 50 Inground and Eclipse.

The building entrance overhang features the recessed Floren 30° 40W LED 3000K as well as Special Brite 50 3W 3000K 46° fittings.

The Interior Luminaires supplied on this project were Linear Micro 1000mm 23W/m LED 3000K, Linear Mini 1200mm 16W LED surface mounted with Jura 1007 tracklights 18W LED 4000K to showcase the wall art throughout the interior. The Apartment interiors have a recessed panel in the ceiling that house the Kalypso Single & Double surface mounted luminaires adjustable on the vertical and horizontal plane.