Lighting design consultation services

Lighting
esignD
Consultation
ervicesS
“Lighting solution is an all-inclusive, dynamic design that
focuses not just on the luminaires themselves but puts people
and their needs right in the picture using light to heighten the
structure of space and architecture while applying technical
innovation and design awareness. The true lighting design
creates new world as light is experienced in all its many forms.”
- Nilesh Dave
Lighting Expert

Architects and
Interior Designer
 Optimum Balance
Between Aesthetics &
Design.
 Visualization Of Lighting
Effect
 Various lighting scheme
proposal
 Offering Energy Saving
Analysis
 Lowest Total Cost Of
Ownership
 Excellent ROI
 Qualitative Benefits /
Quantitative Benefits
 Payback Analysis
 Financial Analysis
Project Owner
Lighting
Design
Our Unique
Value Proposition
 Defined Lighting
Parametric Analysis
 Effective/Speedy Lighting
installations
 Balance between
Architects’s Visualization,
Feasibility of Installation
and Coordination with
Drawing and Lighting
Design Documentations
and Specifications.
Project Team & PMC
(Project Management Consultant)
 Illumination Level
 Supplier Coordination
 RFP/RFI Process
Electrical Consultant
Key Aspects
 Need/application
Based Lighting Design
Analysis
Key Aspects
 Converting Your
Visualization In Reality
By Application Of
Lighting Engineering
Key Aspects
 Energy Consumption
Calculation
 Clear Lighting Design
Layout
 Achieving Lighting
Design With Excellence
In Qualitative/
Quantitative Illumination
Engineering Parameters
Key Aspects
 The Optimum Balance
Between Lighting
Design And Cost
Implication
 Justifiable Saving
Exceeding Cost Incurred
Behind Consultation Fee
By Proper Sourcing,
Energy Saving Etc.
Education
 B.Tech. (Electrical &
Electronics Engineering)
 M.B.A.
Communication
email:
nileshdave@opticliting.com
nileshdave123@rediffmail.com
Mobile: 09898990732
Introduction
Nilesh Dave is the chief lighting designer of this Endeavor.
He has done graduation in electrical & electronics engineering,
B.Tech. (electrical & electronics engineering) from National
Institute of Technology with specialization in illumination
engineering and having done post graduation in management. He
has also completed master level course in international trade.
Experience
 More than 16 years of experience in various fields of Lighting
 Earlier experience in some of World’s leading Lighting
Companies as a core team member and having handled various
functions of lighting field like product concept development,
product development, Customer needs analysis, Lighting
concept development and even handled Institutional sales in
application segments like architectural lighting as well as all kind
of indoor and outdoor lighting.
 Having more than 7 years of experience in Light fixtures
manufacturing and having in depth and on hand practical
knowledge of LED luminaire development, creative product
designing,Tools and Dies development etc.
 Cumulative experience of architectural indoor and outdoor
lighting design as professional consultant.
Specialization
 Façade lighting design of contemporary projects like
corporate office building, shopping and entertainment
projects, Banquet halls, individual bungalows, high end villa
and club projects etc.
 Special façade lighting for classical and architectural type
buildings and temple lighting.
 Sports lighting for all type of indoor and outdoor sports
complex and stadiums.
 Landscape Lighting.
 Lighting energy audit and conservation of existing industrial
and commercial projects.
Special Skills
 Strong and versatile design concept generation ability.
 Customized and cost effective guidelines to reduce client’s capital cost.
 In depth knowledge and skill of modern lighting technology like brightness management and automation,
Dynamic lighting technology platforms and protocols like DMX controller, Pixel and media façade
lighting, tunable white and dynamic RGB lighting etc.
 StrongabilityforilluminationengineeringanalysislikePhotometricanalysis,lightandshadowrenderingetc.

Concept and Design Intent
Concept design requires a working understanding of all elements of
architecture, design, structural engineering, other services as well as
aesthetic interpretation. We have no preconceptions when embarking on a
project, so first and foremost we strive to understand the occupants' needs of
an interior for they are the most important factor:
 Who is using the space?
 For what purpose?
 For how long?
 At what time?The site considerations also play their part.
 What can we install?
 Where can we install it?
 What are the maintenance issues?
Collaborative Design Development
The most important element in any project is communication. This is
particularly important at the beginning of a project as this is the best
Opportunity to determine the brief and set the design intent in the right
direction. It is by definition the process of checking the feasibility of the
scheme, and where necessary altering elements of the plan in order to
implement it. This stage also involves preparation of many architectural
hand sketch and elaborate discussion to explore various possibility of
Lighting synergy with basic essence and need of building interior and
exterior architectural language, application needs as well as identifying
areas of emphasize.
Experimentation/Mock up/Validation
Based on finalized concept sketches on areas of emphasize, some times it is
needed to validate or redefine the same. This is done by arranging some
actual small/large demo at site. This phase also ensures that the concept
finalized works out to be as close as possible during demo. This phase
ensures converting sketch visualization into vision to see, believe and be
assured of.
Coordination and Correspondence
The best ideas may never be realized if not properly conveyed to those
expected to execute them. The quality of documentation is by far the most
important factor in ensuring that our design gets implemented properly. We
take a proactive approach during the construction to ensure that what's
being built and installed in the field are exactly the same that we planned for.
Documentation
This stage includes working drawing preparation along with specification
and bidding document preparation.
Implement and Realize
This stage involves site analysis, proactive planning based on site
construction stage and aligning lighting design with architect's guideline and
other project agencies like electrical consultant and contractor.
Our Process

Technology
ecology
quality
created
created
calibrated
balance
energy
LEDsavings
savings
integrable
integrable
integrable
processing
processing
architectural
architectural
conceptlighting
high-brightness
designing
professional
professional
professional
concept lighting
conceptlighting
inovation
light
light
look
line
ﬂuorescence
ﬂuorescence
savings
concept
applications
Project
designing
designing
durability
integrable
integrable
materials
architectural
durabilityquality
bulbsECO+
BASIC LIGHTING DESIGN CONSIDERATION
LIGHTING QUALITY DESIGN/AESTHETICS ECNOMICAL ASPECT
VISUAL
PERFORMANCE
VISUAL
COMFORT
AMBIENCE
LIGHTING
EFFECT
PROPORTIONALITY
DAY & NIGHT
SCENE
VISIBILITY
MAINTENANCE
COST
INITIAL
INVESTMENT
ENERGY
COST
ENVIRONMENTAL COMPATIBILITY SAFETY & MAINTENANCE ASPECTS QUALITATIVE & QUANTITATIVE
LIGHTING PARAMETERS
LIFE OF
LIGHTING
HEALTH &
ERGONOMICS
RECYCLABLE
MOUNTING
TECHNIQUE
OPERATING
PROCESS
FUTURE
MAINTENANCE
 COLOR
RENDERING
 BRIGHTNESS
DISTRIBUTION
 MODELING
 LIGHT
COLOR
RENDERING
 DIRECTION
OF LIGHT
 LIGHTING
LEVEL
 GLARE

22
333
5
Lighting
Specification
 Luminaire selection
 Defining the appropriate
illumination
 Lighting design according to the
Right Light methodology01
02
Visualization
 Lighting design support
 Lighting design concept
 2D visualization
 3D model
Lighting Calculations
03
Calculation of artificial lighting
04
Energy Saving
 Lighting energy audit
 Return of investment calculation
 Energy certification of buildings
Project Documentation
Technical Support
05
06
 3D visualization
 Video presentation
 Lighting demonstration
6
4
1
 Lighting specification
 Calculation of daylight availability
 Installation Input Information
 Advance and Intelligent Lighting
Control and Management System
 Fine-tuning of the lighting
 Technical supervision
 Maintenance plan
 Technical training and education

Lighting specification
Luminaire selection
The luminaire selection service includes a comprehensive consultation that results in the final
recommendation of a particular type of luminaire for the specified location.
INPUT
 Description of the illuminated space
 Illumination requirements (norms,
RIGHT LIGHT)
 Ingress protection (IP)
 Light source type
 Optical system
 Luminaire dimensions
 Luminaire installation
 Luminaire type
 Luminaire description
 Luminaire wiring
OUTPUT
 Luminaire type
 Light source type
 Optical system
 Light distribution
 Lighting parameters
 Luminaire dimensions
Defining the appropriate Illumination
The appropriate illumination of a space enables the correct perception of visual information and the
recognition of objects and faces.
INPUT
 Drawing documentation, ground plan,
profile (DWG, PDF)
 Use of the space
 Location of objects within the space
(details, architecture, workplaces)
OUTPUT
 Illumination parameters for the particular
space
 Lighting uniformity parameters
 Color rendition parameters
 Color temperature parameters
 Glare parameters
 Defining for the space to be illuminated
 Setting of the calculated space
 Any other lighting parameters
Lighting design according to the Right Light methodology
INPUT
 Take advantage of available daylight
 Recognize the importance of daylight
Simulation
 Use biologically effective lighting
 Get acquainted with the latest
technologies and products
 Understand the difference in lighting
quality when the Right Light principles
are applied
 Better understand the technical
aspects of your lighting project
“Shadows were the brush work of
ancient architect. Let the modern
now work with light, light diffused,
light reflected, light refracted…..”
- Frank Lloyd Wright – Architect
Visualization
Lighting design support
Light is an independent architectural element which can be used to model space. We can highlight its
structure and draw attention to exceptional details.
INPUT
 Photos
 Project documentation (DWG, PDF)
(details)
 Overall layout of the space
RIGHT LIGHT)
 Light color requirements (white, RGB)
 Static or dynamic light
 Luminaire installation possibilities
 Estimated budget
OUTPUT
 Drawings, presentations
 Display of various possibilities (RGB, color
temperature)
 Light type
 Approximate location of the luminaires
 Preliminary luminaire installation
 Preliminary budget
Lighting design concept
There is no one formula for all lighting solutions. Light can bring a space to life, however if it is designed
incorrectly it can highlight deficiencies or even be harmful to users and can increase costs considerably.
INPUT
 Photos
(details)
RIGHT LIGHT)
 Light color demands (white, RGB)
OUTPUT
 Drawing, presentation
 Display of various possibilities (RGB,
color temperature)
 Precise specification of lighting
requirements (normative or others)
 Luminaire type
 Light type
“Imagination is more important than
knowledge. For knowledge is limited to all we
know and understand, while imagination
embraces the entire world,
and all there ever will be
to know and understand.”
-Albert Einstein

Visualization
2D visualization
We ask that customers provide us with as many photographs as possible of the space to be illuminated.
This allows us to design and model several proposals using Sketch/Rendering etc.
INPUT
 Photos
 Plan of the space (DWG, PDF)
(details)
 Description of the space
OUTPUT
 Visualizations, presentations
color temperature)
 Luminaire type
 Light type
3D model
A realistic 3D model of a space takes full advantage of the imagination, allowing customers to really
feel what the space will look like once the solution is realized.
INPUT
 Photos
 Color requirements
 Texture requirements
OUTPUT
 3D model (3Ds, obj, dae, skp, c4d, xml)
 3D render
3D visualization
A3D visualization enables you to see how a lighting design looks in realistic quality.
INPUT
 Photos, visualization, 3D model if available
 Location of objects within the space (details)
RIGHT LIGHT)
OUTPUT
 3D presentation
 Display of various possibilities
(RGB, color temperature)
 Luminaire and control system type
 Approximate location of the
luminaires
Visualization
INPUT
 Photos
 Plan of the space (DWG, PDF)
(details)
OUTPUT
 Visualizations, presentations
color temperature)
 Luminaire type
 Light type
3D model
A realistic 3D model of a space takes full advantage of the imagination, allowing customers to really
feel what the space will look like once the solution is realized.
INPUT
 Photos
 Color requirements
 Texture requirements
OUTPUT
 3D model (3Ds, obj, dae, skp, c4d, xml)
 3D render
INPUT
RIGHT LIGHT)
OUTPUT
 3D presentation
 Display of various possibilities
(RGB, color temperature)
 Luminaire and control system type
 Approximate location of the
luminaires
INPUT
RIGHT LIGHT)
OUTPUT
 Video presentation, presentations
color temperature)
 Luminaire and control type
 Light distribution type (the angle of emission)
Visualization
Lighting demonstration
The visualizations and video will simplify the process of selecting the appropriate lighting design.
INPUT
 The site to be illuminated or a suitably
scaled 3D model
 Speciﬁcation of the scope of the
preview
 Access to the necessary services
(electricity etc.)
 Full permission for the trial
 Number of possibilities to be presented
OUTPUT
 Real experience of the illumination
 Preview of various lighting possibilities
 Illumination parameters for the particular
space
 Luminaire installation method
 Technical support
 Site Demo and mock-up
“I like to say that lighting is about
taking the light away.
I often like to use the shadow more than the light .”
-Vilmos Zsigmond
Video presentation
Static visualizations can give a good idea of how a lighting solution will look, however in order to pass the
boundaries of imagination we can also provide a dynamic video rendition.

Lighting Calculations
Calculation of artificial Lighting
With the help of calculation of artificial lighting we are able to determine the exact number and location of
luminaires needed, and to choose the required efficiency and light distribution
INPUT
profile (DWG, PDF)
(details, architecture, workplaces)
RIGHT LIGHT)
 Luminary selection
 Requested type of lighting installation
 Drawings of the ceiling
OUTPUT
 The exact type of luminaries to be
used
 Number of luminaries
 Lighting layout
 Simulation image
 Pseudo colour rendering
 Lighting rendering
 Uniformity
 Brightness distributions
 Unified glare ratings
 Glare index
 Room wise lighting load
 Room wise specific connected load in
w/m2
 Efficiency parameters like w/m2 per
100 lux
 Luminaire photometric distribution
 Input of the luminaries
 Location of the luminaries
 Directing of the luminaires
 Installation height of the luminaries
 Maintenance Factor of the luminaries
 Illumination parameters for the
particular space
 Lighting scenes
Energy Savings
Financial calculation
Returnofinvestmentcalculationsarebasedonthelightingenergyauditsofexistingortheoreticalsolutions.Return
ofinvestmentcalculationsareprovidedaspartofthelightingenergyauditorasanindependentservice.
INPUT
 Old and new lighting solution
 Luminaire type
 Number of the luminaries
 Working hours
 Price of kW/h
 Luminaire price
 Labor costs
 Cost of installation
OUTPUT
 Energy consumption comparison
 Annual operational costs comparison
 Annual energy consumption
 Investment comparison
 Payback comparison
 Net present value analysis (NPV) for
CAPEX
 Internal rate of return analysis(IRR)
 Capital recovery financial analysis
 Total cost of ownership
Energy analysis of buildings
Energy is inseparable from each space. We offer customers the service of energy and green building analysis.
This certification assesses the ecological character of the materials and technologies used for heating and
waterheating,theuseofalternativesourcesofenergyandtheabilityofthebuildingtoactivelyproduceenergy.
“Numbers represent certainty; they introduce order and
structure into chaos... our calculations make your lighting
project understandable and transparent.”
INPUT
 Definition of the area
 Drawing documentation
 Location of workplaces
 Electrical project
 Inspection of the area
 Analysis of currently used luminaires
 Energy consumption
 Illumination
 Working regime
 Energy price
OUTPUT
 Energy evaluation of the current system
 Quality evaluation of the current system
 Optimization and improvement plan
 Overall estimated investment costs
Lighting energy audit
The lighting energy audit is a key part of the energy saving aspect of a lighting project, whether it be a
reconstruction or a new installation.
INPUT
 Building use
profile (DWG, PDF)
 Electrical project
 Inspection of the space
 Analysis of currently used luminaires
 Illumination
 Working regime
 Energy price
OUTPUT
 Energy evaluation of the current
system
 Quality evaluation of the current
system
 Estimated costs

Thanks to our extensive portfolio of services, our Lighting Solutions specialists can provide
you with comprehensive support throughout all phases of your lighting project, starting with definition
of the idea through to searching for the most economical and energy efficient solution, from selection
of the most suitable luminaires and management tools to complete project documentation and
tailored realization. In this way, our wide-ranging services will save you both time and money. We are
a reliable and experienced provider of lighting solutions and have many excellent references to
support us. If you entrust us with your lighting project it means you will avoid any unnecessary
mistakes, will remain well-informed throughout and will receive as the result the best possible lighting
solution you can. During the individual project stages you will receive the following:
 Luminaire type and dimensions
 Chosen light source
 Choice of the appropriate light distribution and optical system
 Specified technical parameters of luminaires defining of the illuminance according to standards
 Illuminance values for the space being planned
 Lighting uniformity values
 Color Rendering Index (CRI) values
 Correlated ColorTemperature (CCT) values
 Glare ratings
 Definition of the space being planned
 Definition of any other lighting parameters, Design of the lighting according to the RIGHT LIGHT
methodology
 Definition of lighting parameters (illuminance, lighting uniformity, CRI, CCT, glare) taking into
account requirements and their revision based on the latest scientific knowledge and our
extensive practical experience
 Exact specification of illuminance requirements, luminaire selection, their layout and installation
method, definition of the lighting distribution, a preliminary financial budget connected with
demonstrations according to the type of service.
 Definition of how the solution will model the space.
 Demonstration through visualization services.
 Defining the design concept by sketch
 Assessment of the first lighting design draft and its adaptation to illuminance, effectiveness and
energy saving requirements.
 Creation of a model with the possibility to observe the effects of the designed lighting solution. The
model can also serve as the lighting calculation and is necessary for the 3D visualization. 3D
renders 3D visualization in 3D interface
 The possibility to view the effects of the lighting design in 3D using the most modern technologies.
Video presentation
 Lighting demonstration-Achance to see the lighting design in reality.
 Demonstration of various illumination possibilities.
 Specification of the technical parameters of the luminaires.
 Luminaire installation method.
 Technical support.
 Visualization of the designed lighting solution
 Exact type, number, wiring and position of luminaries
 Direction and installation height of luminaries
 Maintenance Factor
 Illumination parameters
 Comparison with an ideal state
 CO savings2
 LENI rating
 Energy consumption after optimization
 CO2 savings and LENI rating after optimization Emergency lighting design
 Luminaire type
 Light source and optical system type
 Technical parameters, direction and luminaire dimension
 Photometric measurements
 Installation height of the luminaries
 Lighting parameters
 Lighting scenes
 Selection of the components for monitoring, managing and controlling the system
 Maintenance plan, testing plan
 Control protocol
 Overall estimated investment costs Energy savings and payback calculations
 Energy consumption comparison
 Annual operational costs comparison
 Annual energy consumption
 Investment comparison
 Payback comparison Energy certification of buildings
 Energy evaluation of the current system
 Estimated costs
“Even the seemingly simplest of things
require a professional approach and
the presence of an expert.”
“Architecture is the learned game
CORRECT
&
MAGNIFICENT
of forms assembled in the
LIGHT”

Technical Support
Installation Input Information
The correct installation of lighting fixtures is the culmination of many small steps, and must be done by suitable
professionals. Connection of lighting fixtures to the prepared wiring by unqualified personnel could result in
damage to the system and components, and leaves users open to possible injury. We want to be sure that the
solution we provide will work safely and without error, So we adapt proactive approach during installation
stagebyregularsitevisitandalsoguideelectricalinstallationteamforproperluminaireinstallationwork.
INPUT
 Lighting calculation
 Planned location of luminaires
 Orientation of the luminaries
 Luminaire description
 Luminaire wiring
OUTPUT
 A functional lighting system
Advance and Intelligent Lighting Control and Management System
The use of a Lighting Management System (LMS) provides a much higher level of user comfort,
convenience and potential for energy savings. Intelligent regulation devices enable lighting to be dimmed,
switched on to pre-set brightness levels, and in the case of RGBW lighting fixtures allows for color and
brightness changes according to desire, all in combination with various types of sensors. Now it is possible
to control all these functions simply using remote control or from a smartphone, tablet or computer. To be
able to fully benefit from such regulation it is necessary to incorporate the necessary components into the
prepared wiring. The professional services provided by our partners guarantee that all elements of the
LMS will be correctly installed and fully functional.
INPUT
 LMS design
OUTPUT
 Complete connection of the lighting
control system
Fine-tuning of the lighting
Technical Support
Maintenance plan
All lighting systems require regular maintenance, consisting of the cleaning and replacement of optical parts
and light sources, and the cleaning and care of windows and skylights. The maintenance interval depends
on the type of space and its use. In spaces where there are high levels of vapors, dust and pollution it is
necessary to pay increased attention to maintenance activities, when compared to sterile environments for
example. In order for your lighting system to consistently meet the lighting requirements placed upon it,
throughout its entire lifetime, maintenance must be performed in accordance with the plan we design
specifically for it.
INPUT
 Lighting calculations
 Luminaire type
OUTPUT
 Maintenance plan
 Cleaning schedule
Technical training and education
We will gladly share our knowledge with you. We can provide comprehensive training to users on how to
manage the lighting installation. We can also provide longer-term and continuous training and seminars for
our customers.
INPUT
 Complete technical documentation
OUTPUT
 Correct following of all defined
installation steps
 The installation meets the requirements
placed upon it
Technical supervision
Before we perform the first startup of the lighting system we want to make sure, again and again, that
everything is ready. Within the framework of technical supervision we offer you the expertise and practical
knowledge of our specialists at every stage of the project. Our technical supervision will assure you that all
wiring, lighting fixtures and control components are installed and set-up perfectly so that the system we hand
over to you will function without error.
INPUT
 Presentation of the technical problem
 Presentation of the measurement levels
OUTPUT
 Providing solution
 Training regarding the defined issues
INPUT
 Functional installation of the luminaries
 Lighting calculations
 Positioning of the luminaries
 Drawing documentation (DWG, PDF)
OUTPUT
 Directing of the illumination
according to need

Emergency lightingDirect lightingWide-area light
Indirect lightingAccent lighting (direct)
WallwashingDirect lightingIndirect lighting
Direct lightingIndirect lightingMake-up light
BacklightingCove lightingAccent lighting (direct)
Cove lightingAccent lighting (direct)
ProjectionBacklightingVolume/designLighting installation
Accent lighting (direct)Lighting installationCove lightingWide-area light
Indirect lighting
Indirect lighting
Direct lightingVolume/designWide-area light
Wide-area lightAccent lighting (direct)BacklightingCove lightingLight lines
BacklightingLighting installationLighting pointsLight lines
Light lines
CREATIVE CONCEPTUALISATION AND LIGHT TECHNIQUES – A BRIEF INTRODUCTION
 High illuminance levels
 (Coloured) accents
 Using light to guide people
 Accentuating destinations/points of
interest
 Repeating lighting elements
(ceiling, wall, floor)
 Repeating lighting points
 Highlighting important areas
 Dynamism
 Appropriate illuminance levels
 Defining space
 Coloured light
 Dynamism
 Gentle lighting
 Defining space
 Lighting/architectural objects
 Dynamism
 Light combined with music, water,
fragrance, material
 Low illuminance levels
 Sharply defined lighting spaces
 Warm light colours
 Good colour rendition
 Individual illuminance levels
 Warm light colours
 Good colour rendition
 Low-key lighting
Asymmetric Top Light Asymmetric Top light wash Trunk and Top Asymetric
Light wash Uni direction Top Light
Top and Branch Light effect Medium Beam Up light Narrow beam Up light Narrow beam top Light
Narrow beam Up light Medium Beam Up light Dense tree Up lighting Symmetrical top and
Branch Up light
 Glare-free light
 Excellent colour rendition
 Cool light colours
 Glare-free light (guests lying in
bed)
 Defined lighting space
 Glare-free light
 Uniformity/balanced shadow detail
 Appropriate illuminance levels
 Using light to guide people
 Emergency lighting
Various
Landscape
lighting
technique
based
on
Landscape
design

Optic Liting Pvt. Ltd.
Corporate Office:
‘Rajiv House
4, Smruti kunj, Near Navrangpura Post Office, Navrangpura, Ahmedabad ‐ 380009. INDIA.’
Tel : +91‐ 079‐26448383, 26442829 Fax: +91‐79‐26423595, 26425767
Email : opticliting@rajivgroup.com Website: www.opticliting.com
nileshdave@rajivgroup.com
info@opticliting.com
nileshdave123@rediffmail.com
Note
All the information presented in this brochure is only representative. Continuous improvement is our cultural way of life. All description, illustrations and details in this publication present only general
particulars and shall not form any part of any contract. We reserves the right at all times to make any modification deemed necessary without prior notice. The brochure or any part of this cannot be
reproduced or copied in any form without prior and written permission. Some of the technical information given in this catalogue is for general information only. We accept no liability which may be
occasionedtotheuser.
It is important to discover that through light you can make use
of certain daily needs and give them another spiritual, artistic
and mental dimension….
You as a person can see, approach and encounter a given object
and get out of it more than just what it is….”
- Hans Hollein, Architect

Lighting design consultation services

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