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Design and Implementation of a Sustainable Residential Building

   

Added on  2021-05-30

26 Pages5368 Words437 Views
SUSTAINIBILITYMANAGEMENT PLANPage 1
Design and Implementation of a Sustainable Residential Building_1
Table of Contents1.Vision:............................................................................................................................3Aim......................................................................................................................................3Introduction: .......................................................................................................................32.DesignBrief: ..................................................................................................................32.1.2DPlan for Residential Building.........................................................................32.2.Location Specification:.................................................................................4,5,62.3.Dwelling Type: ..................................................................................................62.4.Construction Material:.......................................................................................63.Passive Design Features: ...............................................................................................63.1.Orientation:.......................................................................................................63.2.Overhanging shading: .......................................................................................63.3.Insulation:.......................................................................................................6,74.Embodied Energy and Carbon the Lifecycle of a Building:............................................75.Indoor Environment Quality:.........................................................................................75.1.Factors considered for High Indoor Environment Quality:................................76.Operational energy protection procedure:...................................................................87.Energy Consumption:....................................................................................................87.1.Water Recourses:..............................................................................................88.Portable Water Conversation: ......................................................................................98.1.Average Water Usage: ......................................................................................98.2.Portable Water Conversation/ Recycling:..........................................................99.Storm Water Management:........................................................................................109.1.Rain Water Tank:.............................................................................................109.2.Rain Water Tank Adopted: ..............................................................................109.3.Grey Water Recycling Tank: ............................................................................109.4.Water Usage: ..................................................................................................119.5.Rain Garden: ...................................................................................................119.6.Reducing water demand: ................................................................................129.7.The Wells product rating system: ...................................................................129.8.Installing water meter to save water and resources: .....................................1310.Storm Water Management: ........................................................................................1311.Building Materials: ......................................................................................................1312.Waste Management: ..................................................................................................1412.1Life Cycle and Waste: ......................................................................................1512.2Urban Ecology: ................................................................................................1513.1Green Rooftops and Dividers : ........................................................................1513.2Wind Factor: ...................................................................................................1613.3Building Innovation Through Collaboration: ..............................................16,1714.Sustainability/GreenBuilding:...................................................................................................18,19,20,21,22Page 2
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1.Vision:The Owner (TARUN SHARMA) aims to establish a sustainable house thatdemonstrates his corporate and community commitment to theenvironment and reflects his responsibility to future generations.Aim:The vision is the creation of a more sustainable urban environment,comprised of architecture, landscapes and infrastructure that are lowcarbon, water sensitive and resource efficient in both construction andoperation; and is complemented by effective sustainable transportnetworks.•Moves towards the elimination of the use of non-renewableresources (such as fossil fuel based energy, mains water andmaterials)•Moves towards the elimination of solid waste production•Moves towards the elimination of air, soil and water pollution•Creates healthy indoor environments•Protects and enhances natural ecological systems and cycles.Introduction:Albanvale is a growth area of Metropolitan significance. AlbanvaleStrategic Plan involves a review and depiction of the region to which itapplies. It portrays the key components of the range and sets out thegeneral format and outline standards for the improvement of the subjectarea.The Strategic Plan contains an area use part, representing the differentarea utilizes proposed all through the predefined territory, comprehensiveof transport systems, private advancement of different densities, openspace systems, and amusement hubs. In synopsis, the Albanvale StrategicPlan gives an arranging structure to guide all future improvement inAlbanvale. This ESD management plan has been prepared for thedevelopment at 37 Nathalia Street, Broadmeadows.2. Design Brief:Page 3
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2.1 2D Plan for residential buildingThe site is located at 37 Nathalia Street, Broadmeadows, VIC. Theproposed improvement is single storey including 3 rooms. The aggregatesite territory is 415m2 with floor region of 318m2 additionally, the land has8 % slopes to the back fence. All service connections (gas, electricity,communication) are located in the right hand corner of the plot lookingfrom the access road. The dwelling is a separate house brick veneeredtimber framed construction with ceramic tiled roof supported by timberroof truss. The house is an East-facing structure and access is via the lefthand side of the property in which a single garage and car porch aresituated. The prevailing street setback was taken as 7.6 meters. The rearsetback was taken as 8.65 meters and a 3 meters basement at the backfence for surface drainage. The property has 3.75meters from the left sideboundary and 3m from the right side boundary.The ground floor has a total floor area of 682 m2. At the front of thehouse, there will be a front porch, with a timber-framed, and tiled roofstructure extending away from the external wall. The ground floorconsists of a formal living area near the entrance parallel to the garage.Bedroom 126m2Living Room13.92m2Drawing room7.71m2Page 4
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Porch32.39m2Bath 210 m2Kitchen13.91m22.2 Location Specifications:The planned house is situated at western suburb of Melbourne city inHume City council attaining the Street No. 37 on Street NameNathalialocated in Suburb named Broadmeadows have postcode 3047.This house has longitude of the 37’44’59.69” and latitude of the144’46’04.37” with an elevation of 67m.Left side Elevation of the housePage 5
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BACK ELEVATION OF THE PLANFRONT ELEVATIONPage 6
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