SUZLON ONE
EARTH
HADAPSAR, PUNE , INDIA
CHRISTOPHER CHARLES BENNINGER
ABOUT THE PROJECT
SITE AREA: 45392 m sq
BUILT UP AREA :70865 m sq
AIR CONDITIONED AREA: 40418m sq
ENERGY CONSUMPTION REDUCTION: 47% from GRIHA benchmark
WATER CONSUMPTION REDUCTION: 65% from GRIHA benchmark
EPI: 55.86 KWh m sq/year
GRIHA RATING: 5 stars
TYPOLOGY PHILOSOPHY
The campus is a corporate campus . To be a company that serves society
The occupancy profile of the campus is with sustainable wind power on a
of 24x7 global shared service provider commercial scale with a focus on
and the 'think tank' for the globe across continuously increasing the efficiency
all locations . and reliability of wind turbines
The office is transformed from a
strategic center to a global
management headquarter.
SUSTAINABILITY
REQUIREMENTS To contribute to the reduction in use of
The spaces designed according to user fossil fuels by reducing carbon
needs and emotions catering the footprints
function required for the program and use of Intelligent Building Management
even certain extra luxury facility . System
SITE AND CLIMATE
Tropical wet and dry climate .
temperature ranging between 20C-28C
The site is linear
Surrounding context of the site is residetial
zone.
The access to the site is perpendicular to main
road.
SITE SURROUNDING AREA ACCESS
USER TYPOLOGY CMD
Manager
Directors
01 02 03 Executive
Scale Design Execution
The campus can The campus is designed to suit human the campus has many stop e zone less interac
t tio
accommodate 2500 people. scale and for all aspects of human points . riva n
P
emotional , functional and intellectual
needs.
sem ne
zo
i pr
public
iva
te zo
Employees
ne
Workers
Staff
HIERARCHY
MAPPING OF USER EMOTIONS
DESIGN DRAWINGS WERE DONE WITH RESPECT TO
VASTU COST AND
LOCAL RULES AND
COMPLIANCE TIME
REGULATIONS
FUNCTIONAL CONSTRUCTION CRITERIA FOR GREEN
REQUIREMENTS TECHNOLOGY BUILDING
FEATURES
1. 2.
A low rise green campus having the south west side of the camus is put
functional and flexible design with with a water tank with minimum
integration of inside and outside based openngs , the orientation of the bulding
on the principal of vastu. is north- south direction.
3.
4.
the centre 'Bramahsthal' is open to sky to
all the possible sides have peripheral
get enbough sunlight.
roads and indirect access from them.
5. 6.
the north east side has low rise and the entire plot is divided into two parts
maximum openings with high with corporate building placed on the
performance glass eastern side and the learning centre on
the western side.
FEATURES
1. 2.
The site plan enhances the drainage The barren land waas reforested with
streams on the western edge of the plot plantation around the periphery
turning it into a bio diversity parkand re
establishing the channel
3.
4.
More than 50% of the site is open
Underground storm drains maintain
softscape and thus provides evaporation
preconstruction watershead during
transpiration and shading
drainage channels
5. 6.
The roofscape include planted areas . The main central courtyard is plnted
with indegenious trees shrubs and grass .
FEATURES
1. 2.
To link the indoor and outdoor there are glass cylinders in the main entrance cores
semi open decks , they are informal work bring direct sunlight into the lobbies at
areas surrounded with shrubs , flower lower levels they are heavily planted
beds and water bodies , they help to ,thereby act as chimneys thus they serve
control the micro climate. dual role of getting natural light and
exhausting the lower ground floor passively.
cut outs along the periphery bring fresh air
3.
SUSTAINABILITY
Sustainability was the objective since
stage one and was embedded in every
design aspect.
Sustainable solutions were integrated
towards efficiency in :
Energy use
Water use
waste management
Material use
Healthy air quality
Operating practices
47% 85%
ENERGY SAVING RECYCLED WASTE
60% 90%
WATER SAVING DAYLIGHT USE
OCH TO SUSTAINABIL
APPR ITY
ENVIRONMENT WATER ENERGY ECO FRIENDLY HEALTHY INNOVATIVE
SENSITIVE SENSITIVE CONSCIOUS MATERIAL & INDOOR DESIGN
DEVELOPMENT APPROCH APPROCH RESOURCES ENVIOURNMENT ELEMNT
The Suzlon project has a Low flow faucets (pressure
Optimized Orientation - Mass To reduce impacts new CO2 Sensors have been REEN DESIGN EDUCATION– Suzlon
Articulation / Mutual Shading High
Transportation Policy in place to virgin materials, products provided in densely occupied has in place a ‘Green Design
compensated 1.6 GPM Performance Glazing Education’ policy through which
cater to about 20% of the Over Deck Insulation with high recycle content spaces and workstation areas
economic aerators) green design education in given to
building occupants and Interior lighting power density are used, which measure to to monitor and control CO2 the new recruits, green awareness
employees can avail the Touchless urinals with <0.8W/sqft (350 Lux Average) levels inside the building.
about 13.26% of the total program to employees as per
company bus servicesbin hytronic sensor (0.22l/ Use of Day lighting and Occupancy • HVAC system is designed for training calendar
addition to the 200 executives sec;default flush time of 4 sensors value of thematerials in the GREEN HOUSEKEEPING POLICY–
30% additional ventilation
participate in the carpooling secs.)
System Flexibility Of Variable project. Suzlon with help of CBRE has in
Refrigerant Volume System rates required by ASHRAE
program and 30 preferred The use of PPC cement for place a ‘Green Housekeeping’ policy
Geberit concealed Dual Pre-cooling And Heat Recovery Standard. through which a green housekeeping
parking spaces have been
Flush - half/full (0.8/1.6 Direct-indirect Evaporative Cooling non structural areas with ow emitting materials - To products and process has been
reserved for carpools.
Alternative Transportation has GPF)
The Renewable Energy system to fly ash, use of Rerolled reduce the quantity of indoor implemented.
generate on-site green power EXEMPLARY PERFORMANCE IN
been encouraged in this project The on site waste water consists of 18 Wind mills combined
reinforcement steel, Fly air contaminants
REGIONAL MATERIAL– The project
by providing 96 e-charging treatment is being done with 243 Solar Panels and 5.69% of Ash Bricks, High recycled Low Emitting Adhesives, has achieved exemplary
points to the building’s energy is being content carpets and Sealants, Paints and Carpets performance by using regional
through a Sewage provided by on-site renewable
Various Water Treatment and composite wood materials which measure to about
Treatment plant located at energy
modular ceilings .
Techniques have been used in products have been used. 50% of the total value of the
Suzlon One Earth project to basement to treat the Jet fans for parking ventilation: r The To reduce environmental materials in the project
3M Mats are being used at
ensure general water quality. The wastewater to tertiary
connected load is brought down to impact resulting from CONSTRUCTION ON RENEWABLE
216 kW as opposed to 472 kW the entrances to prevent dust ENERGY- The project offsets more
Rain water harvesting system standards. This treated transportation, around
expected in conventional ways. The entering into the building. than 50% annual energy
helps to capture and treat and operation of fans is based on signals 80% of regional materials
water is used for Irrigation For Thermal Control openable consumption used during
reuse the rain water on site.
completely by eliminating
received from CO sensors which (within a radius of 800 km) panels are provided in the construction with renewable energy.
The project has mitigated the further reduces electrical ZERO WASTE POLICY- Waste Policy
heat island effect by providing the potable water demand consumption
are used in this project. glazing for more than 50% of will guide people to redesign their
90.99% roof with SRI compliant by 100%. The treated water Task Lighting at Each Workstation/ Rapidly renewable building occupants. resource use system with the aim of
materials. is also used for AC make up
Daylight Harvesting Design/ Exterior materials like Tarkett More than 75 % of spaces reducing waste to zero. It will also
The steep slope roof is provided LED Street Lights help to make people understand that
for the water cooled Making maximum use of daylight
Bamboo flooring, Carpets, have been designed to get
with high reflectance Indiana resources such as paper,cardboard,
helps to save a significant amount of Cotton/ Jute carpets were daylight & more than 90% of
copper coated Kalzip Aluminium chillers. food, etc. should be used
energy. The 9-ft full height glazing used and amounted to occupants have views to responsibly in order to achieve a
Profile sheet,The Solar coupled with a narrow floor plate -
5.89% of the building outdoors. The workstations green office environment.
Reflectance Index of these 79 ft in general and 59 ft in block F
are designed with low CONSTRUCTION ON RENEWABLE
materials is more than and G - provide tremendous material cost. ENERGY -Suzlon made an attempt to
78,combining envelope potential for daylight harvesting.
partition for better external
offset the environmental impact of
performance with cost This potential has been fully utilized view. energy consumed by the facility,
effectiveness by nonobtrusive placement of The basement is designed to since the Offsite Green Power
enclosures like conference rooms be an active part of the produced is more than 50% of
and the use of intelligent lighting Project’s Energy Consumption
structure
controls
PLANNING
BUBBLE DIAGRAM ORGANIZATION
GOAL
ACTIVITY MAPPING
SECTION
&
ELEVATIONS
A strategy of
increasing the ratio of
fenestration to
volume was used to
improve natural
lighting and
ventilation which
ultimately resulted in
thinner and longer
building spaces.
SHADOW
STUDY
A carefully in depth study
of the sun and shadow
patterns has helped to
identify functional use of
spaces and the right
locations for lawn, lotus
pools and flowering
plants
FACADE DETAILS
