Morphogenesis. MODELS OF GREEN BUILDING Mixed Use Development, Rajarhat, Kolkata.

Slides:



Advertisements
Similar presentations
Energy efficiency in buildings Case studies from around the world Case studies and most slides prepared for ESCAP by Prof. B. Mohanty.
Advertisements

Brief History of School Design 1800s One room school houses with one teacher who was responsible for the education of all grade levels. Churches and homes.
Sustainable Construction
“Just In Time” Delivery Energy Behavior Change + Low Energy Homes Kent Larson
Green Building Prepared By: Hui Chin, Wong. Build Green What is Green Building? Why Build Green? Rating Systems for Green Buildings Benefits.
© Confederation of Indian Industry ® Green Buildings & Cities – The Indian Experiences Euro-India Summit Smart, Sustainable and Innovative Cities October.
Green Building Leadership in Energy and Environmental Design (LEED)
City of Scottsdale Senior Center at Granite Reef
ARCH-4372/6372 Integrated Project: Environmental Controls Overview.
IEPR Staff Workshop – ZNE Buildings
Toward a Sustainable Campus. Outline A. Global Sustainability Movement in Higher Education B. Resources C. What can be done? D. “Toward a Sustainable.
Energy Conserving Alternatives HVAC 15a CNST 305 Environmental Systems 1 Dr. Berryman.
Green Rating for Integrated Habitat Assessment (GRIHA) Ar. Partha Ranjan Das.
 Eco-friendly building  Sustainable and conserves energy and water  Buildings follow the guidelines set by LEED  Use sustainable materials and equipment.
A SUSTAINABLE RESIDENTIAL DESIGN PROJECT Project 1 DS 413: Design Studio 413 May 9, 2012.
GREEN BUILDING.
What makes a building "green"? Referred to as being sustainable, or environmentally friendly Use of sustainable materials Materials must be used in such.
Getting Green Building Automation. Why is Building Automation a Green Technology? There are programs starting all over the nation that focus on alternative.
Solar Energy Eco Friendly Construction Energy conservation is now a way of life for many in this region. At Eco Friendly Construction, we have embraced.
Concept of Energy Efficiency. Buildings, as they are designed and used, contribute to serious environmental problems because of excessive consumption.
A SUSTAINABLE RESIDENTIAL DESIGN PROJECT Project 4 DS413: Design Studio 413 May 9, 2012.
Project 3 DS 413: Design Studio 413 May 9, 2010.
A Sustainable Residential Design Project Project 16 DS 413: Design Studio 413 May 9, 2012.
PERFORMANCE & CODE ANALYSIS TIMBer Inc. ·Brooke Fedder · Marie Rottschaeffer· Izzie Molinuevo· Tena Pettit·
Building Standards NON DOMESTIC SUSTAINABILITY LABELLING WITHIN BUILDING STANDARDS Fraser Walsh May 2012.
PRISHA PROPERTIES INDIA PVT LTD.
Green Building Residential Construction
NEW YORK BANKERS ASSOCIATION Pennsylvania Credit Union Association Kevin W. Poirot Vice President May 23, 2008 Building Green: What You Should Know.
330 North Wabash EPA’S ENERGY STAR RATING ACHIEVED December, 2009  330’s Energy Performance is in the top 25% nationwide accomplished through:  No Cost.
1 every student. every classroom. every day. Building a Sustainable School District Jody London, President, Board of Education October 28, 2011 Council.
 Eco-friendly building  Sustainable and conserves energy and water  Buildings follow the guidelines set by LEED  Use sustainable materials and equipment.
The Evans-Harvard High Performance Classroom Getting to know daVinci Arts Middle School’s newest addition.
ARCH-4372/6372 Technology in Architecture Spring, 2015.
THIS IS Created by: Chad Sims Jason Sells Green Building Materials Sustainable Design Systems LEED Categories
Project 5 DS 413: Design Studio May 9, A: 1A: Site is near a residential area. 1B: 1B: Existing trees were considered when planning heating,
Why Sustainable Construction?  Social progress, which recognises the needs of everyone  Effective protection of the environment  Prudent use of natural.
14 July 2009 JOHN WHEATLEY COLLEGE EAST END CAMPUS.
DMS Energy Initiatives The Department of Revenue Complex at CCOC.
To reduce negative environmental impacts. To move towards more natural habitats. To reduce operating costs. To enhance building marketability. To improve.
Site Location: Site Location: Gap Site at Bath Street and Pitt Street Plot: Plot: 50m x 50m Building Area: Building Area: 4000m 2 maximum Building Height:
Energy Design of Buildings using Thermal Mass Cement Association of Canada July 2006.
A R C H I T E C T S E M I N A R WEBER+THOMPSON Founded-1987 B.Arch: University of Hawaii Studied under Jorn Utzon and Arata Isozaki Chairman of Washington.
South East False Creek Vancouver, British-Columbia Matthew Ramsay Emily Czaplinski ENVR 3750.
Green Materials for building construction  Materials or products that Minimize resource use  Materials or products with Low environmental impact  Materials.
ARCH-4372/6372 Technology in Architecture Spring, 2016.
Government Eng. Collage, Godhra 3rd SEM CIVIL
Fighting Fire with Fire: Fort Bragg Goes Platinum with a new LEED Fire Station Kim M. Fowler Senior Research Engineer Sustainable Design and Development.
Do you know? By 2015, an estimated 40-48% of new non-residential construction by value will be green, equating to a $ billion.
The Intelligent Office Complex. The twenty-first century is the era of smarter people, smarter planet. To keep pace with the ever changing working style.
SMART ENERGY EFFICIENCY FOR SMART PEOPLE PHOTO CREDIT: S. STEWART DOE Solar Decathlon nd Place University of Illinois at Urbana- Champaign.
Announcement: The Course Test is Net week ! On Wednesday, October 12 It starts at 1 pm sharp.
Green Building: What does the Fourth Little Pig Need to Know Before Choosing a Green Home.
Building Environmental Systems
Objectives of a Green Building
SUBHRANGSU DEY AND PRIYANKA SHARMA
Green Building and Sustainable Architecture
SUBHRANGSU DEY AND PRIYANKA SHARMA
ARCH-4372/6372 Integrated Project: Environmental Controls Overview
BEEP Integrated Design Process for Energy Efficient Buildings
Energy Innovations in Residential Buildings
LEED BD+C – Integrative Process
Green Building and Sustainable Architecture
Concept of Energy Efficiency
Living Building Challenge
WESTERN REGIONAL WORKSHOP
ARCH-4372/6372 Integrated Project: Environmental Controls Overview
2 GREEN PRACTICES IN NEW HOME DESIGN TEMPLATE 1.
Green Building and Sustainable Architecture
Need to Know these terms:
Leadership in Energy and Environmental Design (LEED)
Presentation transcript:

morphogenesis. MODELS OF GREEN BUILDING Mixed Use Development, Rajarhat, Kolkata

Renewable Energy Offsetting Energy Consumption through Solar PVs Rainwater Harvesting Utilizing Renewable Sources Of Water Enhancing Microclimate Productive Landscape Organic Waste Management Energy Performance Index EPI <43 kWh/sq.m./yr Project Goals Energy Efficient Design through Passive Design Features | Target 43 kWh/ sq.m./ year IGBC Platinum Rating Pledge

Methodology S ustainability A ffordability I dentity L ivability ?

Our evolution and refinement in passive design techniques over the years shows through the reducing EPI figures we have been able to achieve with successive projects. We have successfully created exemplars that consume 70% lesser energy than established green rating benchmarks, without incurring additional cost. Optimization of all resources is a pre- requisite to our architecture today. With a local, socio- cultural response to design, our results are more often than not, passive solutions, which further help to reduce energy and water dependence by increasing the number of comfortable habitable hours with minimum reliance on mechanical means. Overall 70% improvement over GRIHA 43 KWh/sq.m/yr has be targeted for ITC Office spaces. S ustainability Energy Consumption

HVAC Equipment (Plug-Loads) Primary Energy Lighting S ustainability Day-Lighting Annual Energy Consumption through Artificial Lighting (kWh/sq.m./yr)

S ustainability Water Conservation Targets Water consumption for residential use (litres per capita per day) Domestic & Flushing UseDrip Irrigation Water consumption for irrigation of lawns and gardens (litres per sq.m.) Rainwater Harvesting

A ffordability Project Cost Targets Structure Façade Electrical SystemsPlumbing SystemsInteriors RESIDENTIAL Post Occupancy Analysis shall be carried out to verify variations in practice along project timeline

I dentity Integration of Bengali Art, Sculpture and Literature as a way of life….. Local Terracotta Work Paintings by artist Jamini Roy Traditional ‘Chhau’ Dance Traditional Bengali Folk Art : ‘Patochitra’ ‘Tana’ (Hand-pulled Rickshaws) Local Stone Sculptures ‘Durga-Puja’ preparations Rabindranath Tagore Sukumar Ray Tagore’s poetry Illustration by Sukumar RayBengali ‘juktakshar ‘ SculptureArtLiterature

Traffic Pedestrian Movement Vehicular Circulation Vertical Transport Emergency Vehicles L ivability Campus Level Building Level Floor Level Security 3-Tier Security Integrating Building Design Ease of Movement 3M4M 6-9M Space For Fire Tender Movement Schematic Section through the pedestrian spine for a mixed- use development in Kolkata Height of spine shall increase to 6M in areas under fire-tender path Protected Walkway “We don’t know how the building works, but one thing we can tell you is we don’t feel tired when we go home.” – employee working at the India Gycol Ltd. Office, Noida (an extract from Business August 2010, Courtesy: Business Standard, all rights reserved) Occupant Comfort Microclimate Control Post-occupancy evaluation Addressing Sick Building Syndrome Disaster Management Natural Disasters Man-Made Disasters Daylight distribution and indoor air-quality in offices leads to Higher Productivity Employees have 25% better memory function when they have views from their buildings Offices with access to daylight and operable windows experience an Increase of up to 18% in productivity There are gains of up to 11% in productivity In offices with fresher air