Lighting system
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Auxiliary Lighting for green walls

VISUAL AND BIOLOGICALLY EFFECTIVE LIGHTING FOR PLANTS Integrating plants in interior spaces is becoming more and more frequent in contemporary architecture. As a result, it is necessary to study the lighting levels in the spaces to optimize the positive impact of light on both, plants and users. It is necessary to find a formula that establishes the appropriate balance for both species, taking into account that you cannot use lux or lumens as units to measure lighting system intensity for plants, the values are different depending on the lamp spectrum. In interior spaces, in order to...

SPECIAL LED LAMPS Auxiliary Lighting for green walls _ LAMP SURFACE MODEL SURFACE Available power Light source/aperture Spot 17º Mediumflood 23º Flood 34º Small / medium surfaces Available power Light source/aperture Spot 17º Mediumflood 23º Flood 34º Small / medium surfaces Distance to green wall 1.20 - 1.80 m False ceiling available Available power Distance to green wall 1.20 - 1.80 m False ceiling available Light source/aperture Spot 17º Mediumflood 23º Flood 34º Type of projects Medium / large surfaces Distance to green wall 1.20 - 1.80 m No false ceiling available

SPECIAL LED LAMPS Auxiliary Lighting for green walls _ LAMP DOWNLIGHT MODEL SURFACE Available power Light source/aperture Spot 17º Mediumflood 23º Flood 34º Medium surfaces Distance to green wall 1.00 - 1.50 m False ceiling available Available power 25 W / 34 W Available color RAL9010 Light source/aperture Spot 16º Mediumflood 23º Flood 32º Type of projects Small / medium surfaces Distance to green wall 1.00 - 1.50 m False ceiling available

AUXILIARY LIGHTING STUDY DESIGN AND SPACE REQUIREMENTS SOLAR ANALYSIS LIGHTING ANALYSIS ASSEMBLING DETAILED PLANS DESIGN & SPACE REQUIREMENTS Landscape design requirements, type of species and solar needs Analysis of direct and indirect natural light in the space Analysis of the surroundings (adjoining buildings, shadow elements,...) Analysis of the space (height, aesthetics, distances,...) Type of lamps selection Create a 3D Model with REVIT SOLAR ANALYSIS Analysis of PPFD levels due to natural lighting, to determine auxiliary lighting requirements. Analysis of PPFD levels due to natural...

A previous study of the space and external conditions, such as indirect sunlight, type of ceiling or space height is made, using a 3D model. With this 3D model a lighting analysis is made using Dialux. 2 SOLAR ANALYSIS Natural sunlight not relevant in this case. 3 DIALUX LIGHTING ANALYSIS With the 3D model, the lighting analysis is made using Dialux. (B) LED LAMP X2 (A) LED LAMP X1: 7 UNITS (B) LED LAMP X2: 3 UNITS TOTAL LAMPS : 10 UNITS 3D VIEW - PPFD DISTRIBUTION Based on the Dialux study, the lamps are situated in the space. 4 ASSEMBLING DETAILED PLANS