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MUDRA HOUSE AR. SANDEEP SHIKRE, LEED AP GREAT THINGS HAPPEN…………… WHEN INSPIRATION STRIKES
MUDRA HOUSE
AR. SANDEEP SHIKRE, LEED AP
GREAT THINGS HAPPEN……………
WHEN INSPIRATION STRIKES
Mudra House
National & International Awards winning project
KOHINOOR HOSPITAL
location
MUDRA HOUSE
site plan
• 287 WORK STATIONS
• 88 CUBILCLES
• 69 CABINS
• MD’s SUITE & LOUNGE
• EXECUTIVE CONFERENCE
• DIRECTORS CABINS WITH ATTACHED SECRETARY CABIN
• A/V ROOM
• PARTY TERRACE / GREEN ROOF
• LIBRARY & CAFETERIA ON 6TH FLOOR AS WELL AS TERRACE DINING AREA
• WAITING LOUNGE ,CONFERENCE, PANTRY & UTILITY AREA FOR EACH FLOOR
• GYMNASIUM ALONG WITH CHANGING ROOM AT GROUND FLOOR
• CAR ELEVATORS
• AMPHITHEATER
• SCENIC ELEVATORS
• EXCLUSIVE MD ELEVATOR
• ATRIUM
• RAIN WATER HARVESTING
• STP
• VERMICOMPOSTING
• ALTERNATE FUEL PARKING
• CAR POOL PARKING FACILITY
design brief
MUDRA HOUSE
DESCRIPTION AREA UNIT
PLOT AREA
GROUND FLOOR
4810
2017
Sq. Mt
Sq. Mt.
FIRST FLOOR 2017 Sq. Mt.
SECOND FLOOR 2056 Sq. Mt.
THIRD FLOOR [SERVICE FLR.] 2009 Sq. Mt.
FOURTH FLOOR 2009 Sq. Mt.
FIFTH FLOOR 2009 Sq. Mt.
LOWER BASEMENT FLOOR 3887 Sq. Mt.
UPPER BASEMENT FLOOR 3887 Sq. Mt.
TOTAL 19891 Sq. Mt.
area matrix
MUDRA HOUSE
view
MUDRA HOUSE
view
MUDRA HOUSE
actual
MUDRA HOUSE
actual
MUDRA HOUSE
actual
MUDRA HOUSE
actual
MUDRA HOUSE
actual
MUDRA HOUSE
theme
MUDRA HOUSE
B A S I C C O N C E P T
theme
MUDRA HOUSE
theme
MUDRA HOUSE
reception
MUDRA HOUSE
reception
MUDRA HOUSE
strategic business unit
MUDRA HOUSE
typical floor lobby
MUDRA HOUSE
MUDRA HOUSE
typical floor
MUDRA HOUSE
typical floor
MUDRA HOUSE
typical floor
MUDRA HOUSE
typical floor
library
MUDRA HOUSE
Caféteria
MUDRA HOUSE
executive floor
MUDRA HOUSE
director cabin
MUDRA HOUSE
md’s suite
MUDRA HOUSE
md’s suite
MUDRA HOUSE
preview theatre
MUDRA HOUSE
ACTUAL PICTURES
terrace
sustainable
strategy
Energy & Atmosphere Innovation & Design
Indoor Air Quality
Materials & Resources
Water Efficiency
Sustainable Sites
sustainable sites
CREDIT 6.1 STORM WATER MANAGEMENT QUANTITY CONTROL
80% REMOVAL OF TOTAL SUSPENDED SOLIDS
MESH FILTERS
CREDIT 6.2 STORM WATER MANAGEMENT QUALITY CONTROL
STORM WATER DRAIN HOLDING TANK CAPACITY 45KLD
GRASS PAVERS
REDUCTON POST DEVELOPMENT IMPERVIOUSNESS IS MORE THAN 45%
sustainable sites
SUSTAINABLE SITES POSSIBLE POINTS 13 ACHIEVED 12
50.96% OF HIGH SRI ROOF AREA ACHIEVED
CREDIT 7.1 HEAT ISLAND EFFECT, NON ROOF
CREDIT 7.2 HEAT ISLAND EFFECT, ROOF
WHITE CHINA MOSAIC ON TERRACE
ROOF GARDEN
CONCRETE PAVERS OF SRI 35 FOR SITE DEVELOPMENT
GRASS PAVERS
100% COVERED & SHADED PARKING BY TREES
sustainable sites
SUSTAINABLE SITES POSSIBLE POINTS 13 ACHIEVED 12
sustainable sites
SUSTAINABLE SITES POSSIBLE POINTS 13 ACHIEVED 12
CREDIT 8 LIGHT POLLUTION REDUCTION
LPD FOR EXTERIOR LIGHTING DOES NOT EXCEED 50%
EXTERNAL LIGHT UPWARD FLUX IS 4%
sustainable sites
SUSTAINABLE SITES POSSIBLE POINTS 13 ACHIEVED 12
ALTERNATE REFUELLING STATIONS INSTALLED
4 ELECTRIC CHARGING STATIONS
PREFERRED PARKING FOR CAR POOL
100% PARKING FACILITY ALONG WITH VISITOR PARKING
ACTUAL PICTURES
GRASS PAVERS HIGH SRI PAVERS
NATIVE PLANTATION ON ROOFS
sustainable sites
ACTUAL PICTURES
sustainable sites
water efficiency
RECYCLED WATER USED FOR • FLUSHING• IRRIGATION
FLUSHING
IRRIGATION
SEWERAGE TREATMENT PLANT OF 130 KLD TREATS 100% WASTE WATER
STP
water efficiency
WATER EFFICIENCY POSSIBLE POINTS 6 ACHIEVED 5
ACHIEVED 53.7% REDUCTION IN WATER USAGE
water efficiency
LOW FLOW PLUMBING FIXTURES WITH FLOW RATE AT 80PSI
AUTOMATIC SENSORS FOR URINALS & WC
LOW FLOW FIXTURES
AUTOMATIC SENSORS
WATER EFFICIENCY POSSIBLE POINTS 6 ACHIEVED 5
NATIVE PLANTATION
NATIVE PLANTATION
energy & atmosphere
ENERGY ANALYSIS & SIMULATION
COMPREHENSIVE APPROACH
ORIENTATION & SHADING DEVICES
EVALUATE OPTIMISED ENERGY PERFORMANCE
FENESTATION STRATEGY
TO CREATE A COMFORTABLE INDOOR CLIMATE
REDUCE THE LOAD ON MECHANICAL DEVICES FOR HVAC
INTEGRATED ENVIRONMENTALLY BENIGN BUILDING
energy & atmosphere
USE OF E QUEST SOFTWARE WITH DOE 2.1 BUILDING ENERGY SIMULATION ENGINE
GROSS WINDOW TO WALL RATIO IS APPOX 27%
CONSIDERING ASHRAE/IESNA 90.1
ENERGY ANALYSIS & SIMULATION
energy & atmosphere
CAPACITY TO RETAIN & REFLECT HEAT
DOUBLE GLAZED UNITS WITH HIGH PERFORMANCE
REFLECTIVE GLASS OF 1.2 U VALUE
SC (ALL) : 0.62
VLT : 75%
SHADING DEVICE : INSTALLED
FENESTATION
DOUBLE GLAZED UNIT
energy & atmosphere
U VALUE 1.2
SC : 0.62
VLT : 75%
energy & atmosphere
END WALL SECTION
RECESSED WINDOW
CAVITY WALL SECTION
EXTERNAL BRICKWALL 230 MM
+ AIR GAP 650 MM
+ EXTRUDED POLYSTYRENE 75 MM
+ BRICKWALL 100 MM
WITH DRY CLADDING
75MM EXTRUDED POLYSTYRENE
INSULATION
ENVELOPE
ACTUAL PICTURES
RECESSED WINDOWS
energy & atmosphere
ROOF OVERDECKING
200MM THICK RCC WITH 75MM EXTRUDED POLYSTYRENE
INSULATION ENTIRELY ABOVE DECK (R-15)
ENVELOPE
energy & atmosphere
ACTUAL PICTURE
energy & atmosphere
METERING EQUIPMENTS
• METERING EQUIPMENTS FOR COLLECTION OF DATA, ANALYSIS & RECTIFICATION
STATE OF ART HVAC
• STATE OF ART HVAC & R SYSTEMS
ENERGY OPTIMISATION
energy & atmosphere
• USE OF R-410A REFRIGERANT IS FREE OF HCFC & HALONS
R-140A REFRIGERANT
R-140A
R-140A
• EFFICIENT AND INTELLIGENT LIGHTING SYSTEM WITH LED/ CFL COMBINATION
• LED FOR COVE LIGHTING
• ACTIVITY WISE DISTRIBUTION TO ACHIEVE OPTIMUM LUX LEVEL
• OCCUPANCY SENSORS IN PUBLIC TOILETS
• CAREFULL CIRCUITING FOR EFFICIENT LIGHTING STRATEGY
LIGHTING
energy & atmosphere
100% SAVING FOR PUMP & HEAT REJECTION
21.8% ENERGY COST SAVING
ACTUAL PICTURES
COVE LIGHTING
energy & atmosphere
TASK LIGHT
ACTUAL PICTURES
energy & atmosphere
energy & atmosphere
GREEN FEATURES
• VRV SYSTEMS ARE USED WHICH ARE EFFEICENT DURING PART LOAD APPLICATION HAVING A COP of 4.25.• HEAT RECOVERY SYTEMS ARE USED WHICH PROVIDES FRESH AIR AT LOWER TEMPERATURE TO THE
PUBLIC AREAS• VARIABLE SPEED PUMPING SYSTEMS ADOPTED FOR WATER DISTRIBUTION• W.C'S HAS 3-6LITRES DUAL FLUSH CISTERN• WASH BASINS&URINALS HAS PROXIMITY SENSORS• USE OF STP WATER FOR GARDENEING &FLUSHING• ENERGY EFFECIENT CFL/T5 LAMPS • USE OF LOW LOSS ELECTRONIC BALLASTS TO REDUCE ENERGYCONSUMPTION• USE OF LOW LOSS CAPACITORS ,APFC RELAYS• HIGH EFFECIENT MOTORS CONFIRMING TO IS 12615-2004
S. No Equipment Numbers and capacity
1 Air Cooled VRV 18HP – 20 nos.
12HP – 1 no
7.5HP – 2 nos.
2 Transformers 1 Nos. of 750 kVA
3 DG Sets 1 Nos. of 750 kVA Radiator cooling in acoustic enclosure
4 UPS 3 Nos of 60kVA
5 Sewage treatment plant 28 KLD
SAVINGS
energy & atmosphere
END USE Energy Consumption (x1000kWh) Energy Savings %
Baseline Building Proposed Building
Space cooling 563.48 571.19 -1.40%
Heat Rejection 142.07
0 100%
Space Heat 0
0 0.00%
Hot Water 15.16 15.16
0.00%
Ventilation Fans 112 106 4.80%
Pumps & Aux. 70.09 0 100%
Misc. equipment 346 346 0.00%
Interior Lighting 288.57 143.43 50.30%
Total Building Consumption
1736 1346 22.50%
indoor environment quality
NO SMOKING PREMISES
MERV 8 FILTERS
MERV 8 FILTERS
INDOOR ENVIRONMENT QUALITY PARAMETERS
indoor environment quality
30% INCREASE IN FRESH AIR DELIVERY
TEMPERATURE FOR SPACES DESIGNED AT 23 deg. C +/- 1 deg C
HUMIDITY SENSORS IN RETURN AIR DUCT
RELATIVE HUMIDITY NOT TO EXCEED 60%
LOW VOC MATERIAL
LOW EMITTING ADHESIVES & SEALANTS
LOW EMITTING PAINTS
LOW EMITTING CARPETS
COMPOSITE WOOD & AGRIFIBER PRODUCTS
CHEMICAL & POLLUTANT SOURCE CONTROL
indoor environment quality
CONTROLLABILITY
CONTROLLABILITY OF SYSTEMS, LIGHTING
CONTROLLABILITY OF SYSTEMS, THERMAL COMFORT
indoor environment quality
PROVISION OF SKYLIGHT
LARGE FENESTATION STRATEGY
DAYLIGHT STRATEGY
indoor environment quality
78% OF SPACES RECEIVE DAYLIGHT
99.91% OF OCCUPANTS HAVE ACCESS TO VIEWS
ACTUAL PICTURES
indoor environment quality
ACTUAL PICTURES
indoor environment quality
ACTUAL PICTURES
indoor environment quality
ACTUAL PICTURES
indoor environment quality
material & resources
97.82% WASTE GENERATED DIVERTED FROM LANDFILLS
FACTORY MADE FURNITURE & UNITIZED GLASS PANELS – HENCE NO WASTEAGE
SIZED GLASS PANELS
FACTORY MADE FURNITURE
RECYCLED STEEL
15% USE OF RECYCLED MATERIAL
material & resources
MATERIAL & RESOURCES POSSIBLE POINTS 13 ACHIEVED 6
REGIONAL & LOCALLY HARVESTED
USE OF 32.41% REGIONAL MATERIAL
30.66% MATERIAL HARVESTED LOCALLY
material & resources
MATERIAL & RESOURCES POSSIBLE POINTS 13 ACHIEVED 6
innovation &
design process
INNOVATION & DESIGN PROCESS POSSIBLE POINTS 5 ACHIEVED 5
AttemptedNot
Attempted1 Credit 1.1 Innovation in design -exemplary
performance in water use reduction SS credit 7.1
1 Credit 1.2 Innovation in design - Exemplary performance in Construction waste management WE credit 4.1
1 Credit 1.3 Innovation in design - Exemplary pperformance in regional Materials MR credit 2.1
1 Credit 1.4 Innovation in design - exemplary performance in Regional material MR credit 5.1
1 Credit 2 LEED accredited professionals
5 0
100% COVERED PARKING
53.7% WATER USE REDUCTION
97.82% CONSTRUCTION WASTE MANAGEMENT
32.41% REGIONAL MATERIAL
innovation & design process
sustainable overview
sustainable overview
MUDRA HOUSE
LEED SCORE CARD
Particulars Achieved Max. points
Sustainable Sites 12 13
Water Efficiency 5 6
Energy & Atmosphere 7 17
Materials & Resources 6 13
Indoor Environmental Quality 11 15
Innovation & Design process 5 5
Total Maximum Points 45 69
Certified 26-32 points, Silver 33-38 points, Gold 3 9-51 points, Platinum 52+ points
The Project Achieved Gold Certification…
MUDRA HOUSE
MUDRA HOUSE
INCREMENTAL COST
Description Incremental cost(Rs.)
Better quality AHU’s 2,500,000
Occupancy sensors 200,000
Heat recovery wheels 700,000
Low VOC materials 2,500,000
Low flow fixtures 260,000
Terrace over decking 1,300,000
Insulated envelope 2,250,000
Double glazed unit for fenestation 2,500,000
FSC wood 500,000
Light fixtures 500,000
Total Incremental Cost 13,210,000
Total Cost of Construction 600,000,000
Increase in cost by 2.2%
AIT AWARDS - PRESTEGIOUS ARCHITECTURAL AWARDS OF EUROPE
credits
CONSULTANTS
Consultants
Architects Sandeep Shikre & Associates
Interior Designers Sandeep Shikre & Associates
Liasoning Architects Sandeep Shikre & Associates
Landscape Architects Sandeep Shikre & Associates
Structural Consultant Sterling Engineering Consultancy Services Pvt. Ltd.
Services Consultants Eskayem Consultants Pvt. Ltd.
Electrical and Plumbing Consultant Eskayem Consultants Pvt. Ltd.
External Cladding Consultant Meinhardt Façade Technology (India) Pvt. Ltd
LEED Facilitation Ankoor Sanghvi
LEED Coordinators Sandeep Shikre & Associates
HVAC Consultant Eskayem Consultants Pvt. Ltd.
case study
Masdar HQ was designed by Adrian Smith + Gordan Gill Architecture, Chicago - as the world’s greenest mixed-use building, yielding zero
carbon emissions and zero waste (both liquid and solid) and a sustainable measure beyond LEED platinum. It was designed to consume 70
percent less water than typical mixed-use buildings of the same size, and be the lowest energy consumer per square meter for a modern Class
A office building in a hot/humid climate.
It was also designed to be the first building in history to generate power for its own assembly via one of the world’s largest arrays of
photovoltaic on its roof canopy, providing shade for workers during construction of the structure’s lower levels.
Masdar HQ
Masdar HQ
Designed by Adrian Smith + Gordon Gill
Architecture •The design incorporates a unique torqueing form, environmentally
strategic site orientation,a double-skin facade, building-integrated
photovoltaic panels, solar shading, under-fl oor air distribution,
skygardens and a variety of cutting-edge building systems.
•By these and other means, the design team has been able to produce an
exterior wall system consisting of approximately 60 percent vision glass and
40 percent solid wall, as opposed to the 40/60 vision/wall ratio that would
normally be required to achieve the energy goals of the 2030 Challenge.
•designed to achieve a LEED Platinum rating from the U.S. Green Building
Council & will also meet the aggressive energy use intensity (EUI) goals of
the 2030 Challenge
505 Church Street
505 Church Street
Guangzhou, China by SOM
The Tower that would incorporate the latest sustainable
technology and engineering know-how in an attempt to
create one of the world's most energy efficient high-rise
structures – a tower that would significantly reduce its
dependency on the city’s infrastructure. The design of Pearl
River Tower reflects the principle of humankind in harmony
with the environment. The tower's sleek, aerodynamic form
was developed through a careful understanding of solar and
wind patterns around the site. The building optimizes the
solar path and utilizes the sun to its advantage. The building
also minimizes the interference of wind forces and uses
them to relieve the structural burdens imposed by high-
wind pressures.
Pearl River
Wind Turbines
The most innovative of Pearl River’s elements,
the two vertical axes integrated wind turbines
harness
prevailing winds from the south and the north
with minor efficiency loss.
Pearl River
High-Performance Building Envelope
The design incorporates a dynamic
high-performance building envelope.
The façade system is oriented to
optimize the use of daylight while
controlling solar loads:
An internally ventilated high-
performance double skin façade with
automated blinds is used for the
northern and southern orientation.
A triple-glazed façade with external
shades and automated blinds within
the glazing cavity is used for the east
and west elevations.
A photovoltaic system is integrated
into the building’s external shading
system and glass outer skin.
Radiant Cooling/Chilled Beams with
Displacement Ventilation
Pearl River
Pearl River
WE HAVE NOT INHERITED THE EARTH
FROM OUR ANCESTORS
WE HAVE BORROWED IT FROM OUR CHILDREN
FOR BETTER TOMORROW
Thank You
