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Dynamic White lighting for luxurious Mayfair apartment
Dynamic White lighting for luxurious Mayfair apartment

Dynamic White lighting for luxurious Mayfair apartment

Dynamic White Bright Green Grid was specified for this luxurious central London Mayfair apartment.   The interior design specialists and lighting design team created a dramatic entrance hall and bathroom which contained bespoke crafted stonework for the sink and walls.   Tuneable white Bright Green Grid was commissioned providing a reliable and flexible lighting control  system for this permanent installation.

Tuneable white circadian lighting provides a spectrum of colour temperature options to enhance features, such as marble and stone.  Initially the colour temperature was specified at 6500k, however, when tested the definition within the stonework was dull and the detail was missing.  By fine tuning the temperatures and brightness level we found a colour temperature that would truly enhance the defined grains and structures within the stone, giving the dramatic warm glow the design demanded.

Bright Green Grid has an excellent reliability record, and as this was to be a permanent installation, the longevity of the lighting was crucial to the product selection process.

Bright Green Technology difference

Dynamic White
Tuneable white control systems
Lighting performance
Lighting performance
Diffuse down to 50mm depth
Technical expertise
Technical expertise
Expertise, experience and a consultative approach
Ease of installation
Ease of installation
Designed for easy, safe and quick installs

Bright Green Technology difference

Dynamic White
Tuneable white control systems
Lighting performance
Lighting performance
Diffuse down to 50mm depth
Technical expertise
Technical expertise
Expertise, experience and a consultative approach
Ease of installation
Ease of installation
Designed for easy, safe and quick installs

Chosen Bright Green products

Bright Green Grid

A flexible LED system for backlighting areas that require high brightness at restricted depth.