a sustainable residential design project project 16 ds 413: design studio 413 may 9, 2012

9
A Sustainable Residential Design Project Project 16 DS 413: Design Studio 413 May 9, 2012

Upload: sheena-moore

Post on 25-Dec-2015

213 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: A Sustainable Residential Design Project Project 16 DS 413: Design Studio 413 May 9, 2012

A Sustainable Residential Design ProjectProject 16

DS 413: Design Studio 413

May 9, 2012

Page 2: A Sustainable Residential Design Project Project 16 DS 413: Design Studio 413 May 9, 2012

Coded Floorplan/Siteplan

Page 3: A Sustainable Residential Design Project Project 16 DS 413: Design Studio 413 May 9, 2012

3D View

Page 4: A Sustainable Residential Design Project Project 16 DS 413: Design Studio 413 May 9, 2012

1: Sustainable Site 1A: Construction Activity Pollution Prevention – prevent soil loss,

sedimentation from moving into streambeds or storm sewers, and air pollution from occurring due to matter released during construction.

1B: Site selection – not built on farmland, land within 100 feet of wetlands, undeveloped land, etc.

1C: Community Connectivity – located within half a mile of dense neighborhood population.

1D: Alternative Transportation – parking capacity for carpools. 1E: Heat Island Effect – reduce the effect of heat islands by having

75% of roofing and pavement that supplies a high solar reflective index.

Page 5: A Sustainable Residential Design Project Project 16 DS 413: Design Studio 413 May 9, 2012

2: Water Efficiency 2A: Water Efficient Landscaping - plant species native to the

area. (buffalo grass, 2B: Water Efficient Landscaping – no potable water used for

landscape irrigation. 2C: Innovative Wastewater Technologies – reduce use of

potable water by using water conserving toilets. 2D: Water Use Reduction – reduce potable water

consumption by using low flow toilets, faucets, and showers. 2E: Water Use Reduction – use gray water system the uses

harvested rainwater or recycled water from sinks and showers to flush toilets.

Page 6: A Sustainable Residential Design Project Project 16 DS 413: Design Studio 413 May 9, 2012

3: Energy and Atmosphere 3A: Fundamental Commissioning of the Building Energy

Systems – all HVAC systems are installed, calibrated, and perform according to the owner’s specifications.

3B: Minimum Energy Performance – use energy star appliances for highest possible energy performance.

3C: Fundamental Refrigerant Management - no CFC-based refrigerants in HVAC system.

3D: On-Site Renewable Energy – use solar panels to supply at least 2.5% of the buildings yearly energy use.

3E: Enhanced Refrigerant Management – don’t use refrigerants that emit compounds that deplete the ozone layer.

Page 7: A Sustainable Residential Design Project Project 16 DS 413: Design Studio 413 May 9, 2012

4: Materials and Resources 4A: Storage and Collection of Recyclables – recycling area

accessible to all occupants. 4B: Construction Waste Management – recycle construction

material for use for other products. 4C: Regional Materials - use materials extracted within 500

mile radius for building. 4D: Rapidly Renewable Materials - use raw materials that

take 10 years or less to regrow following harvest (linoleum, cork, wheatboard, wool, cotton, bamboo).

4E: Certified Wood - use 50% FSC wood.

Page 8: A Sustainable Residential Design Project Project 16 DS 413: Design Studio 413 May 9, 2012

5: Indoor Environmental Quality 5A: Environmental Tobacco Smoke – not allowing any

smoking inside of the building. 5B: Outdoor Air Delivery Monitoring – ensure safety of

occupants by installing permanent monitoring systems that sets off an alarm if ventilation system varies by 10% or more.

5C: Low-Emitting Materials - use low-emitting paint, carpet, and adhesives.

5D: Controllability of Systems – a minimum of 50% of occupants can control lighting and thermal comfort.

5E: Daylight and Views – 90% of all work areas have a direct line of sight through windows.

Page 9: A Sustainable Residential Design Project Project 16 DS 413: Design Studio 413 May 9, 2012

6: Innovation and Design 6A: Ice Storage/Reduce Peak Electrical Usage – use chillers

designed so that they run at night during off peak hours to produce the ice that conditions the air during the day.

6B: Educational Building – educational materials such as books and a computer available in the building. Use green cleaning products.

6C: Innovation in Design - Use the highest absorptive ceiling for open plan areas, high STC panels, and sound masking, to achieve a superior acoustical performance.

6D: Innovation in Design – use low mercury lighting. 6E:Innovation in Design – use green cleaning products.