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GREETINGS
PresentationOn
GREEN PATH AHEAD PRISHA PROPERTIES INDIA PVT LTD.
Growth in CO2 in the Atmosphere
Worldwide Energy Use
Green Building Defined
Incorporates several Green Features
Efficient Use of Water
Energy Efficient &
Eco Friendly Equipment
Use of Renewable Energy
Use of Recycled / Recyclable
Materials
Green Building Features
• Effective Use of
Landscaping
• Effective Control &
Building Management
Systems
• Improvement indoor air
quality
for health and comfort
Green Building vs. Conventional Building
Externally : both look
alike
Building Use : both are same
Differences
Concern for human comfort
& indoor environment
Operational savings
Tangible Benefits
Reduce operating
costs
Optimize life cycleeconomic performance
Sustained saving
Energy savings:40-50%
Water savings :20-30%
Intangible Benefits of Green Design
Environmental benefits Reduce impact on the
environment
Health and Safety Benefits Enhance occupants comfort
Improve Productivity ofoccupants
World class Standards & Procedures.
Economic Benefits
Reduced operating costs
Increased building valuation
Marketing advantages
Optimizes life-cycle economic performance
Improve productivity
Reduced absenteeism and turnover
Providing a healthy workplace improves employee satisfaction
LEED India Green Building Rating System
Points for individual Credits
S.No Credits NewBuilding
Prerequisites 7
1 Sustainable Sites 13
2 Water Efficiency 6
3 Energy and Atmosphere 17
4 Materials and Resources 13
5 Indoor Environmental Quality 15
6 Innovation and Accredited Professional points 5
Total 69
Leadership in Energy & Environmental Design
LEEDfor
Homes
LEEDfor
Homes
LEEDfor
NewConstruction
LEEDfor
NewConstruction
LEEDfor
ExistingBuildings
LEEDfor
ExistingBuildings
LEEDfor
Core andShell
LEEDfor
Core andShell
LEEDfor
Factory Buildings
LEEDfor
Factory Buildings
LEED INDIAPrograms
LEED INDIAPrograms
LEEDfor SEZ
LEEDfor SEZ
LEED Rating Systems
LEED for New Construction: New construction and major renovations (the most commonly applied-for LEED certification)
LEED for Existing Buildings: Existing buildings seeking LEED certification
LEED for Core and Shell: Core-and-shell projects (total building minus tenant fit outs)
LEED for Homes: Homes LEED for SEZ
LEED NC – Point Distribution
PLUSInnovation in DesignProcess
7%
IndoorEnvironmental
Quality22%
SustainableSites20%
Water Efficiency
7%
Energy &Atmosphere
26%
Materials &Resources
19%
Sustainable Sites
Credit Title Points
Prereq 1 Erosion and Sedimentation Control Required
Credit 1 Site Selection 1Credit 2 Development Density & Community
Connectivity1
Credit 3 Brownfield Redevelopment 1
Credit 4 Alternative Transportation 1-3
Credit 5 Site Development 1-2
Credit 6 Storm Water Design 1-2
Credit 7 Heat Island Effect 1-2
Credit 8 Light Pollution Reduction 1
Total 13
Sustainable Sites
Erosion & Sedimentation Control – Taking measures to prevent soil erosion
Site Selection – Land shouldn't be a agricultural land
Development Density & Community Connectivity – It is required to have at least 10 basic services within 0.5mile radius
Brownfield Redevelopment – Rehabilitate waste land
Alternative Transportation – Public Transport Access – Bicycle Use – Alternate Fuel Vehicle – Reduce parking capacity
Sustainable Sites
Site Development – Protect or restore habitat – Maximize Open space
Storm Water Design – Minimize storm water run-off – Treat 90% of average rainfall
Heat Island Effect – Reduce heat islands on roof – Reduce heat islands on non-roof
Light Pollution Reduction – Eliminate uplights and light trespass from the building site
Alternate Transportation
Green Roof
Water Efficiency
Water Efficient Landscaping – 50% reduction of potable water for irrigation
– 100% reduction of potable water for irrigation
Water Efficiency in A/C System – 50% reduction of potable water for A/C systems
Innovative Waste Water Technologies – Treat 50% waste water onsite to tertiary standards and used on-site
Water Use Reduction – 20% reduction by maximizing water efficiency
– 30 or 40 % reduction
Water Efficient
Energy & Atmosphere
Credit Title Points
Prereq 1 Fundamental Building Systems Commissioning Required
Prereq 2 Minimum Energy Performance Required
Prereq 3 CFC Reduction in HVAC&R Equipment Required
Credit 1 Optimize Energy Performance 1-10
Credit 2 Renewable Energy 1-3
Credit 3 Additional Commissioning 1
Credit 4 Ozone Depletion 1
Credit 5 Measurement And Verification 1
Credit 6 Green Power 1
Total 13
Energy & Atmosphere
Fundamental Building System Commissioning – Ensure fundamental building elements are installed
Minimum Energy Performance – Establish minimum level of efficiency for base building and systems
Fundamental Refrigerant Management – CFC reduction in HVAC equipment
Optimize Energy Performance – Achieve increase in performance than the base case
Reduction in Design
Energy cost (%) Points14 2
17.5 321 4
24.5 5
28 6
Reduction in Design
Energy cost (%) Points31.5 7
35 838.5 9
42 10
Energy & Atmosphere
On-Site Renewable Energy – Encourage on-site renewable energy to reduce environmental impact by fossil fuel
Additional Commissioning – Verification by a third party Ozone Depletion – Avoid using HCFC refrigerants Measurement & Verification, Base Building – Ongoing
accountability of building energy consumption over time Green Power – Encourage investments in off-site renewable energy
Use of RenewableEnergy Points
2.5 1
7.5 2
12.5 3
Energy Efficient Lighting
Solar Panels
Materials & Resources
Storage and Collection of Recyclables – Providing an area for collection of recyclables
Building Reuse – Maintain 75% of existing walls, floors and roof (Applicable only for redevelopment projects)
– Maintain 95% of existing walls, floors and roof – Maintain 50% of interior non-structure elements Construction Waste Management – Redirect 50% of recyclable and
reusable materials to appropriate sites – Redirect 75% of
recyclable and reusable materials to appropriate sites Material Reuse – Reuse 5% (by cost) of building materials and
products to reduce demand for virgin materials – Reuse 10% (by cost) of building materials and
products to reduce demand for virgin materials
Materials & Resources
Recycled Content – Post consumer + ½ pre consumer = 10% cost – Post consumer + ½ pre consumer = 20%
cost Regional Materials – 10% by cost of materials extracted,
processed & manufactured regionally – 20% by cost of materials extracted,
processed & manufactured regionally Rapidly Renewable Materials – 2.5% by cost of rapidly renewable
materials (products made from plants) Certified Wood – Using 50% of Forest Stewardship Council (FSC)
certified woods
Recycling
Indoor Environmental Quality
Minimum IAQ Performance – Meeting the minimum ventilation rate as per ASHRAE 62.1.2004
Environmental Tobacco Smoke Control – Prohibit smoking inside the building
Outdoor Air Delivery Monitoring – Monitor CO2 concentration in occupied spaces
Increased Ventilation – Increase air ventilation rates to all occupied spaces by atleast 30% above the minimum rate required by ASHRAE 62.1.2004
Construction IAQ Management Plan – Reduce IAQ problems resulting from the construction/renovation process
– Reduce IAQ problems before occupancy
Indoor Environmental Quality
Low-Emitting Materials – Use low VOC Adhesives & Sealants – Use low VOC Paints & Coatings – Use low VOC Flooring systems
– Use low VOC Furniture Indoor Chemical & Pollutant Source Control – Avoid exposure to
use of potentially hazardous particulates & chemical pollutants Controllability of a System – Individual lighting control for 90% of
building occupants – Individual thermal control for
at least 50% of building occupants Thermal Comfort – Provide thermal comfort to the occupant as per
ASHRAE 55-2004 – Monitor the thermal performance of the
building within a period of 6 to 18 months after occupancy
Low Emitting Materials
Daylighting
Mold Prevention
Innovation & Design
Innovation in Design – Maximum 4 points will be awarded for exceptional performance above the requirements set by LEED for Schools Green Building Rating Systems
LEED Accredited Professional – At least one principal participant of the project team shall be a LEED Accredited Professional (AP)