1. Prepared By :
Aslesha Basnet (69007)
Jasmina Joshi (69015)
Manika Bajracharya (69018)
Rubina Maskey (69033)
L E E
D
Leadership In Energy And Environmental Design
Green Building Rating System

2. What is Green building?
A green building:
 Operates energy
efficiently
 Conserves water
 Comfortable, safe and
healthy
 Durable and
maintainable with
minimal environment
impact
Reduced
operating
cost
Energy saving
20-30%
Water saving
40-60%
Reduced
impact on the
environment
Enhanced occupant
comfort, safety and
health
Improved
productivity of
occupants

3. Components of a green building

4. Technologies for Smart Green building

5. Benefits comparison

6. What is LEED?
Leadership in Energy &
Environmental Design
Green building
rating system
Documentation
based
Evolves over
time
Comprehensive &
National
 Nationally accepted benchmark
for the design & construction
 The tool needed to measure
impact and improve the buildings’
performance
 Promotes an integrated, systems
oriented approach to high-
performance design and
construction
 Evolved since 1998 to more
accurately represent emerging
green building technologies
 Proposals to modify the LEED
standards offered and publicly
reviewed by USGBC's member
organizations

7. Who & What Can Be LEED?
Buildings Certified
Professionals Accredited
LEED- History
Over 10 Years in Development
Available to the Public in March of
2000
Initially 1 Program (for New
Construction only)
Now 7 Different LEED Rating
Programs

8. LEED Rating system

9. How does LEED work?
 Projects earn points to satisfy green building requirements.
 The number of points the project earns determines its level of LEED
certification.
To earn LEED certification,
 A project must earn a minimum 40 points on a 110-point LEED rating
system scale.
 Homes must earn a minimum of 45 points on a 136-point scale.
40- 49 50- 59 60- 79 80+

10. How does LEED work?

11. LEED Process
 LEED needs to be integrated into the design process
 Requires buy-in from entire team
 Can be accomplished with any delivery method

12. LEED Process

13. Top 10 countries outside USA

14. 2002:
More than
80 million
square feet.
2003:
More than
141 million
square feet.
2004:
More than
180 million
square feet.
2005:
500 million
square feet.
2006:
642 million
square feet.
Increase in LEED projects

15. Why LEED?
LEED-certified buildings are designed to:
• Lower operating costs and increase asset value
• Reduce waste sent to landfills
• Conserve energy and water
• Be healthier and safer for occupants
• Reduce harmful greenhouse gas emissions
Green Buildings Can Reduce……

16. Main LEED Categories
Energy & atmosphere credits promote better
building energy performance through innovative
strategies.
Materials and resources
credits encourage using
sustainable building materials
and reducing waste.
Sustainable sites
credits encourage strategies
that minimize the impact on
ecosystems and water
resources.
Indoor environmental quality
credits promote better indoor air
quality and access to daylight and
views
Innovation & Design
address sustainable building
expertise as well as design
measures not covered under
the five LEED credit
categories.

17. Innovation & Design address
sustainable building expertise
Location & Linkages promotes
walkable neighborhoods and
access to efficient transportation
options and open space.
Sustainable sites
credits encourage strategies
that minimize the impact on
ecosystems and water
resources.
Other LEED Categories
Water Efficiency
Energy And Atmosphere
Awareness & Education
provides education and tools to
understand and make the most
of the green building features of
home.
Indoor Educaional Quality
Material and resources
Regional priority credits address
regional environmental priorities for
buildings

18. LEED Certification Score-card breakdown v4
Total 110 points

19. Rating system scale for LEED platinum:
SUSTAINABLE SITES
15-21
WATER EFFICIENCY
8-11
ENERGY &
ATMOSPHERE 23-37
MATERIALS & RESOURCES
3-14
INDOOR ENV. QUALITY
9-17
INNOVATION IN
OPERATION +4
BONUS
0-10

20. Categories of LEED:
1. CHOOSE
2.
REGISTER
3. SUBMIT
4. REVIEW
5. CERTIFY
HOW TO REGISTER A PROJECT
Determine which
rating system you will
use
Registration fee- $900
for USGBC (United
State Green Building
Council)
$1200 for non-
members
Submit your
certification
application
Receive the certification
decision
Await the application
review

21. Examples of LEED buildings
CII –Godrej GBC
,Hyderabad
ITC Green Center,
Gurgaon
Suzlon Energy
Limited
Wipro
Technologies
, Gurgaon

22. Examples of LEED buildings
Anna Centenary
Library
Building,
Chennai
American Embassy
School, Delhi
NEG Micon,
Chennai
IGP Office,
Gulbarga

23. Examples of LEED buildings
L&T EDRC ,
Chennai Rajiv Gandhi International
Airport – Hyderabad

24. Environmental
benefits:
Enhance and
protect ecosystems
and biodiversity
Improve air and
water quality
Reduce solid waste
Conserve natural
resources
 Economic
benefits:
 Reduce operating
costs
 Enhance asset value
and profits
 Improve employee
productivity and
satisfaction
 Optimize life-cycle
economic
performance
Health and
community benefits:
Improve air, thermal,
and acoustic
environments
Enhance occupant
comfort and health
Minimize strain on
local infrastructure
Contribute to overall
quality of life
Benefits of LEED

25. 1. LEED is difficult and expensive for individual homeowners and
smaller non commercial projects.
2. LEED ignores context and performance.
3. The closer LEED gets to becoming a mandate, the more blindly it will
be followed
Limitations Of LEED

26. Categories LEED BREEAM GRIHA CASBEE
Launch Date 1998 1990 2007 2004
Origin USA UK India Japan
Assessment USGBC Trained Assessors Team from
ADaRSH
Design/Managem
ent team
Ratings Certified, Silver,
Gold, Platinum
Pass, Good, Very
Good, Excellent
and Outstanding
1, 2, 3,
4, 5
C, B-, B+, A, S
Focus Globally Globally Locally in India Globally but
specially in Japan
Comparison

27. C
A
S
E
S
T
U
D
Y

28. CASE STUDY
USGBC Headquarter
PROJECT: USGBC Headquarters
LOCATION: Washington, D.C.
CLIENT: U.S. Green Building Council
SIZE: 75,000 sq.ft
LEED CERTIFICATION: Platinum certified in 2009,
LEED v3
LEED platinum for commercial
interiors status, renovated
AWARDS- AIA DC Presidential Citation for Sustainable
Design
AGC of DC Award of Excellence
Best Sustainable Interior Project
ENR Mid-Atlantic Best Project of the Year
Interior Design/Tenant Improvement
Exterior of building
www.usgbc.org

29. MATERIAL
MATERIALS:
 Sawn Bamboo
 Cool Carpet
 Veneer Douglas Fir Stripe
 Linoleum
 Cork Flooring
 Eco spec
 Metal Works
 Reclaimed Douglas Fir Wood
Timbers
 Day lighting Ballast
Front lobby featuring reclaimed wood, a water feature,
and the new stair penetration

30. Optimize Energy Performance
Lighting Power: 35.7% Lower lighting power
Reduced potable water by 40.75%
Lighting Controls: Daylight response controls
HVAC : Zoning Controls
Thermafusers
Pre-fab
Insulated Ductwork
Open office environment
MATERIAL

31. Tenant Space
• 10 Year Lease Commitment
Resource Reuse
• 7.93% Building Materials
Reused
• 30% Furniture Reused
Recycled Content
• 21% Building Materials used
• Recycled Content
Storage & Collection of Recyclables

32. Sustainable Education
• 100% Green Power
Water Use Reduction
• Reduced Potable Water use
By 40.75%
Ergonomic Excellence
LEED Accredited Professional
Platinum
LEED for Commercial Interiors
45 of 57 Points
RATINGS BASIS
Platinum LEED for Commercial Interiors 45
of 57 Points

33. Outside Air Delivery
Monitoring
• Aircuity Sensors
Increased Ventilation
• 39.3% Increased Air
Construction IAQ Management
• During Construction
Low-Emitting Materials
• Adhesives, Sealants
• Paints & Coatings
• Carpet
• Systems Furniture & Seating
Minimum IAQ Performance Tobacco Smoke Control

34. SCOREBOARD

35. GOALS AND SUCCESSES
• To make the new office sophisticated and
advanced green building design and
technology
• Set an example for their membership and the
public, but also to demonstrate what is
possible
Increased productivity due to day lighting, good air
quality, design innovation, integrated design
process, waste reduction and avoidance
• Greatest success - day lighting
Remarkable day lighting, high-performance lighting
system achieves lighting power densities among the
best in the industry
Indoor office environment
www.usgbc.org

36. STRATEGIES
•An electronic window shade system operates to maximize good daylight
and minimize glare.
•Walls, ceilings and workstation panels are colored white to reflect as much
light as possible.
•Eco-corridor features a lighter perimeter carpeting along the window line
which acts as a light shelf, reflecting natural light back into the space

37. STRATEGIES
•With lighting controls set to 80% maximum output,
lighting power density is 54% below the ASHRAE
standard. With so much daylight streaming in, use
of overhead lights reduced
•Biophilic strategies, those connecting staff to
nature, was to provide views of the outdoors from a
seated position, and 97% of all regularly occupied
spaces have a direct sightline to the outdoors.
•Energy use in space is monitored, including
energy used for lighting, to ensure we leverage
design efficiencies and systems are operating in
sync.
Overhead lighting

38. PROCESS
• Space layout, windows, HVAC, lighting, and
furniture selection and finishes
•Interior as transparent as possible - low partition
heights and interior glass features
•Reduced the amount of air conditioning load in the
summer
• Innovative linear diffusers that would automatically
deliver the supply air downward in the heating mode in
the winter months and pivot the air horizontally while in
cooling mode. This new technology significantly removes
the thermal downdraft
•Water wall which provides cooling and dehumidification

39. •8’ between the glass and the first workstation on the south face – eco-
corridor
•Daylight-responsive sensors dim light fixtures if adequate natural
light is available; spaces are only illuminated if they need to be.
•Occupancy sensors to control light fixtures – turns off light
automatically when not in use
•Thermostats used to maintain precise temperature control - regain
proper temperature quickly

40. BIBLIOGRAPHY
• http://www.usgbc.org/projects/usgbc-headquarters?view=stories
•http://www.architectmagazine.com/design/buildings/us-green-building-council-corporate-
headquarters_o
•https://segd.org/us-green-building-council-headquarters
•http://www.vsbn.org/docs/20070320_USGBC_Headquarters.pdf
•http://www.txap.com/assets/file/bulletins/titus-usgbc_new.pdf

41. Thank