Commissioning Lighting Systems in the Predesign & Design Phase James Donson P.E. LC Senior Engineer, kW Engineering OUT OF THE DARKNESS, INTO THE LIGHTING 21 st National Conference on Building Commissioning
Commissioning Lighting Systems in the Predesign & Design Phase
James Donson P.E. LC Senior Engineer, kW Engineering
OUT OF THE DARKNESS,
INTO THE LIGHTING
21st National Conference on Building Commissioning
AIA QUALITY ASSURANCE
The Building Commissioning Association is a Registered Provider with The American Institute of Architects Continuing Education Systems (AIA/CES). Credit(s) earned on completion of this program will be reported to AIA/CES for AIA members. Certificates of Completion for both AIA members and non-AIA members are available upon request. This program is registered with AIA/CES for continuing professional education. As such, it does not include content that may be deemed or construed to be an approval or endorsement by the AIA of any material of construction or any method or manner of handling, using, distributing, or dealing in any material or product. Questions related to specific materials, methods, and services will be addressed at the conclusion of this presentation.
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COURSE DESCRIPTION
This session goes in-depth on commissioning of facility lighting and lighting control systems. This presentation lays the foundation for commissioning lighting systems in the design phase. Part 2 of this presentation focuses on the construction phase.
This presentation describes impacts of lighting design review and commissioning. The presentation uses industry standards and two case studies to discuss early lighting design involvement, along with the CxA's role in design review according to current IES lighting Cx guidelines; energy implications of early lighting design decisions; a CxA’s OPR and BOD review methodology for lighting; and a CxA’s design review methodology for lighting.
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At the end of this session, participants will be able to:
1. Learn how to identify basic lighting issues with other
professional disciplines involved the building design review
and submittal process
2. Participate with design team in development of integrated,
phased approaches and activities for daylighting and
lighting commissioning
3. Describe and recommend lighting system commissioning
and daylighting system commissioning methods, phases,
and testing opportunities to owners and design teams
4. Identify red flags in lighting system design and daylighting
system design
LEARNING OBJECTIVES
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1. About the Presenters
2. Importance Lighting Design
Review
3. CxA’s & Design Review
4. Energy & Operability
5. A CxA’s OPR & BOD Review
6. A CxA’s Design Review
7. Summary
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So much time and so little to see…
Wait a minute. Strike that. Reverse It.
AGENDA Come with me, and you’ll see, a world of pure illumination
James Donson, PE, LC Lyn Gomes, PE, LEED AP
• BSME Cal Poly Pomona,
2008
• kW’s Lighting Expert
• Diverse Project Load
• Com &Ind. Audits/RCx
• Lighting Buildouts
• Lighting Designer
• ZNE Retro-fit & Advanced
Lighting Tech. & Controls
• BSME Cal Poly, SLO 2000
• kW’s Lead CxA
• Triple Talent
• HVAC Design
• Construction
• Startup
• 216,000 LEED Gold Lab and
Office Space
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ABOUT YOUR PRESENTERS
• Industry is trending toward
greater complexity
• Advanced Lighting
Controls
• New Lighting
Technologies
• Many fundamental lighting
design decisions are made
early in the design process
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Commercial Building End Uses (EERE, 10/2008)
Energy Efficiency Trends in
Residential & Commercial Buildings
EARLY LIGHTING DESIGN INVOLVEMENT It’s important for a CxA to be involved early
• The IESNA is the lighting
equivalent of ASHRAE
• Illuminating Engineering
Society of North America
• DG 29-11: excellent
overview of lighting Cx
• Target audience is CxAs
and Lighting Designers
• Establishes possible
requirements
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IESNA Design Guide (DG) 29-11
A CXA’S ROLE IN LIGHTING DESIGN A Guide Exists – IESNA DG 29-11
• Architects, Engineers, or
Lighting Designers
• Approaches will vary
• Technical characteristics
influence
• Luminaire & Control
Selection
• Operability
• Energy Consumption
• Comprehensive Knowledge
Useful
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Lighting References include the IESNA
Handbook and other reference texts
UNDERSTANDING LIGHTING FOR A CXA
• DG-29-11 documents all requirements
• Include big ideas with smart goals in the
OPR
• Who are the occupants
• Describe tasks
• Minimizing Lamp Types
• Desired Level of Control
• Integration Goals
• If no OPR, CxA needs to be aware
of pitfalls in subsequent reviews
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Table 1-1 from DG-29-11
OWNER’S PROJECT REQUIREMENTS (OPR)
REVIEW WITH REGARD TO LIGHTING
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• BOD informs the design as the
OPR informs the BOD
• Identifying lighting issues now
saves time and money later
• Review requirements include
making sure the BOD meets
the OPR
• BOD may not be achieved
early in the predesign process
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BASIS OF DESIGN (BOD)
REVIEW FOR LIGHTING
Many considerations feed into the lighting
design
Lighting
Design
Cost
Usability
Functionality
Interactive Effects
Engaging
Comfort Laws
Standards
Code
Sustainability
Maintenance
Appeal
Application Energy Use
Future
Growth
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• One or Two fixtures make up
80% of the lighting in the
space
• Technology is decided early
and impacts OPR
• Operability & Comfort
• Energy Use
• Maintenance
• Sustainability
• Photometric fixture efficiency
drives lighting energy use
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BOD REVIEW FOR LIGHTING The 80% Lighting Selection
80% Lighting Selection Informs Overall
Lighting Design & Lighting Terms Convey Ideas
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Scalloping
Light Rays
Fixtures
Lamps
• The IESNA released the 10th
Edition of the Lighting
Handbook in 2011
• 9th edition is 13 years old
• 10th edition is task-centric
design
• Other design guides
published by the IES and
others may be appropriate
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BOD REVIEW FOR LIGHTING The Design Reference
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• Design review is an excellent opportunity to add value
• Be team-based approach to design
• An opportunity to explore gaps in your own knowledge
• Review the fixture schedule at min
• Model Numbers
• Lamps & Technology
• Color Temperature
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REVIEWING THE LIGHTING DESIGN
CxA Tasks may overlap, making the design
review a valuable use of time
QC
Sustainability
Energy
Impacts
O&M
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• Occupancy sensors are in ASHRAE/IESNA 90.1
• Finding discrepancies & improper applications
• Ultrasonic or Dual Technology Sensors in spaces with barriers
• Coverage pattern matches application & area
• Make sure sensors are detailed in the Specification (26 27 26)
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REVIEWING THE LIGHTING DESIGN
Sensors come in many different shapes and
sizes, each with specific performance
criteria and application
Don’t Be Caught in a Dark Bathroom with Your Pants Down
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• Check that override
switches for scheduling
controls are located for easy
use by cleaning staff
• Avoid whole-floor overrides
• Ensure that specification
includes language
documenting accessibility to
controls & programming
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REVIEWING THE LIGHTING DESIGN
Lighting panels may be straight forward for
vendors or electricians but represent a
barrier to building managers
Control Access, Functionality, & Usability
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• A couple of hours and a lighting model later, you can identify over-lit spaces
• LEDs increasingly appear in design documents and the CxA needs to know how to identify quality products
• Recommend LED fixtures for high or otherwise difficult to maintain areas
• Avoid TT5 (long CFL) lamps
• The luminous efficacy (lu/W) is low
• Maintenance is problematic
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REVIEWING THE LIGHTING DESIGN
The widening application of LEDs may push TT5
lamps out of the marketplace
The Right Light without a Fight
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• So ends the design half of
lighting commissioning
• We reviewed the following
topics
• Importance of Lighting Cx
• Predesign Review
(OPR & BOD)
• Design Review Criteria
• A basic check-list for predesign
and design review follow at the
end of these slides
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SUMMARY
THANK YOU
James Donson, PE, LC
Lyn Gomes, PE, LEED AP
QUESTIONS?
OPR Check List OPR Check List Continued
Client Specific Requirements
• Preferred Vendors
• Maintenance Requirements
• Warranty
Application Specific Requirements
• Tasks & Work Surface Details
• Special Applications for Lighting
• Illuminance Levels (hitting the surface)
• Luminance Levels (reflecting from a surface)
• Color Temperature/CRI
• Daylighting Requirements & Glare Control
• Task Lighting
Indoor or Outdoor System Efficiency Requirements
• Minimum Fixture Performance
• Energy Efficiency (lu/W, photometric efficiency)
• Maintenance
• Controllability
Lighting Control System Requirements
• System Type (integrated/standalone, flexibility)
• Zoning, Level & Location of Controls
• Ease of Use
• Control Integration Strategies
Energy & Sustainability Requirements
• Energy Code & Above (LEED, Energy Star, rebate)
• Integration Between Trades (envelope, shading,
louvers, etc.)
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OWNER’S PROJECT REQUIREMENTS Highlighting DG 29-11’s Potential Requirements
BOD Check List BOD Check List Continued
Lighting System Design Goals
• Design Direction (planned approach to
lighting)
• Illumination Levels for OPR tasks
• Design Criteria for Meeting or Exceeding Code
• Daylighting Integration within Design
Light Source Design Goals
• Lamp Varieties & Attic Stock
• Color Temperatures for Project
• Color Rendering Index
• Voltage
Exterior Light Design Goals
• Light Level Discussion & Illuminance Conditions
• Mounting & Prospective Pole Height/Spacing
• Environment Impact (trespass, sky glow)
• Security requirements
Lighting Control Design Goals
• Zoning Plan & Occupant Controls
• Control System Plan
• Scene Controls for Specialized Lighting
• Dimming, Daylighting, Occupancy Sensing
Indirect Design Elements Affecting Lighting
• Interior finishes (floor, ceiling, walls) & reflectances
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BASIS OF DESIGN Highlighting DG 29-11’s Potential Requirements
Specification Review Check List – Edit List As Appropriate
• 26 55 33 Hazard Warning Lighting
• 26 55 36 Obstruction Lighting
• 26 55 39 Helipad Lighting
• 26 55 53 Security Lighting
• 26 55 59 Display Lighting
• 26 55 61 Theatrical Lighting
• 26 55 63 Detention Lighting
• 26 55 70 Healthcare Lighting
• 26 55 83 Broadcast Lighting
• 26 56 00 Exterior Lighting
• 26 56 13 Lighting Poles & Standards
• 26 56 16 Parkway Lighting
• 26 56 19 Roadway Lighting
• 26 56 23 Area Lighting
• 26 56 26 Landscape Lighting
• 26 56 29 Site Lighting
• 26 56 33 Walkway Lighting
• 26 56 36 Floor Lighting
• 26 56 68 Exterior Athletic Lighting
• 08 80 00 Glazing
• 08 81 00 Glass Glazing
• 08 84 99 Plastic Glazing
• 08 87 00 Glazing Surface Films
• 08 88 00 Special Function Glazing
• 08 90 00 Louvers & Vents
• 08 91 00 Louvers
• 09 06 00 Schedules for Finishes
• 09 06 50 Schedules for Ceilings
• 09 06 60 Schedules for Flooring
• 09 06 70 Schedules for Wall Finishes
• 10 14 33 Illuminated Panel Signage
• 10 84 00 Gas Lighting
• 11 13 26 Loading Dock Lights
• 12 06 20 Schedules for Window Treatments
• 12 06 20 Schedules for Window Treatments
• 12 21 00 Window Treatments
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SPECIFICATION REVIEW Each of these sections directly affect the lighting design and are worth
reading
• 12 26 00 Interior Daylighting Devices
• 12 43 00 Portable Lamps
• 25 36 00 Integrated Automation Lighting Relays
• 26 01 50 Operations & Maintenance of Lighting
• 26 06 50 Schedules for Lighting
• 26 09 23 Lighting Control Devices
• 26 09 26 Lighting Control Panel Boards
• 26 09 33 Central Dimming Controls
• 26 0936 Modular Dimming Controls
• 26 09 43 Network Lighting Controls
• 26 09 61 Theatrical Lighting Controls
• 26 51 00 Indoor Lighting
• 26 52 00 Emergency Lighting
• 26 53 00 Exit Signs
• 26 54 00 Classified Location Lighting
• 26 55 00 Special Purpose Lighting
• 26 55 23 Outline Lighting
• 26 55 29 Underwater Lighting
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DRAWING REVIEW Based on past experience, pre and post occupancy
Drawing Review Drawing Review Continued
Fixture Schedules
• Model numbers match schedule description
• Voltage
• Suspended vs. Recessed vs. Surface Mount
• Number of Lamps/Ballasts
• Color temperatures are consistent
• Efficient lamps and technologies are used
• Long Life Lamps
• Reduced Wattage T5HO Lamps
• Reduced Light Output Ballasts & High Lumen Lamps
• LEDs in hard to reach locations
• Program Start Ballasts for Occupancy Sensor Control
• Match Dimming Controls with Daylighting
Reflected Ceiling Plans & Zone Maps
• Occupancy sensor locations, coverage, types
• Daylight zones
• Override switch locations
• Building shading & photocell location
Ensure Consistency
• Identify discrepancies between Spec & Drawings
• Identify discrepancies with OPR and/or BOD
• Make sure high-priority items in specs are included in drawings to minimize contractor risk
With Extra Time, Consider…
• A lighting model to confirm light levels
• Power density calculations & control credits