ABPL20036 EBS Assignment 01 Dev Golding 588142 a3 drawings

S

S

S

S

S

S

S

S

S

S

S

SITING AND ORIENTATION: Living areas to the North to maximize passive solar heat gain PV panels and evacuator tubes to be north facing to maximize solar intake

S

Ensure Rainwater tank is not located to the north to prevent bacteria WINTER SUN PATH

roof pitched to maximize northern sun exposure for passive solar gain in roofing but also to facilitate solar hot water and PV generation

SUMMER SUN PATH

HORIZONTAL SHADING TO THE NORTH EXTENDING PAST WINDOW EDGES

EXISTING SINGLE STOREY RESIDENCE

SURROUNDING CONTEXT: Achieve minimum 6000 spacing from single storey dwellings and

EXISTING DOUBLE STOREY RESIDENCE

11000 from double storey dwellings to prevent overshadowing centralize dwelling on block to minimize trenching needs

MIN 11000 FROM EXISTIN DOUBLE STOREY RESIDENCE

MIN 6000 FROM EXISTING SINGLE STOREY RESDENCE

VEGETATION: Proposed landscaping to funnel cooling southern breezes in summer towards the building Ensure plant selection is grey water tolerant

COLOURBOND KLIPLOK ROOFING

8° FALL

USE OF LAND

HWS

FILTER

SOLAR HOT WATER EVACUATOR TUBES

10,000L RAINWATER COLLECTION TANK

Large block was narrowed through the planting of grey water tolerant vegetation to better facilitate passive cooling via cross ventilation from cool south westerly summer breezes

RAINWATER TANK WP

BOSCH MONOCRYSTALLINE PV PANELS

GREY WATER TOLERANT VEGETATION PLANTED TO FUNNEL AND TAKE ADVANTAGE OF COOL SUMMER BREEZES FOR PASSIVE COOLING

EXISTING DOUBLE STOREY RESIDENCE GAS MAINS CONNECTED TO METER. NO GAS USED IN RESIDENCE THEREFORE NO CONNECTION TO THE BUILDING

OVERHEAD POWER CONNECTION

INTERIOR ZONING: 1. LIVING 2. BEDROOM 3. ENSUITE 4. BEDROOM 5. BEDROOM 6. UTILITY/ BATHROOM

01.

GM

M

02.

06.

03.

E

E

E

E

E

E

E

E

E

E

05.

E

04.

LPD W

W

W

W

GAS

GAS

GAS

GAS

W GAS

W

W

W

W

W

W

GAS

GAS

GAS

GAS

GAS

GAS

CLIENT

LEGEND: GAS MAINS WATER MAINS

GAS W

SEWER PIT

S

LEGAL POINT OF DISCHARGE

GAS METER

GM

SITE BOUNDARY

ELECTRICAL CONNECTION

WATER METER

M

GAS CONNECTION

SUN PATH

LPD

PROJECT

STORMWATER OUTLET

ASSIGNMENT 01 DRAWING TITLE

0

SEWER MAINS

S

TELECOM PIT

WATER CONNECTION

ELECTRICAL LINE

E

HV ELECTRIC LINE POLE

TELECOM CONNECTION

NORTH

.5

2.5

DO NOT SCALE DRAWINGS FOR CRITICAL DIMENSIONS. CHECK DRAWING IS TO SCALE BY MEASURING SCALE BAR BELOW. VERIFY ALL DIMENSIONS ON SITE BEFORE COMMENCING ANY WORK, SHOP DRAWINGS OR ORDERING MATERIALS.

5

SITE PLAN

DRAWN

STUDENT No.

DEV GOLDING

588 142

SCALE

1:200 @ A3

DATE

24-08-16

DRAWING No.

REVISION

A3.1

A

600

600

600

720

RS1

RS1

RS1

GL1

GL1

GL1

GL1

600

GL1

1600

2100

1300

RS1

1300

RS1

1890

LARGE NORTH FACING GLAZED BIFOLD TO ALLOW MAXIMUM PASSIVE SOLAR GAIN THROUGH THE THERMAL MASS OF THE CONCRETE SLAB AND EXPOSED INTERNAL RAMMED EARTH WALL. HIGH SHGC GLASS TO FACILITATE SOLAR GAIN. LOW U-VALUE TO PREVENT HEAT LOSS

1500

1300

LINE OF HORIZONTAL LOUVRES SHOWN DASHED. REFER TO DETAIL 01. SET TO 29° WIDTH 150mm, SPACING 112.5mm

600

750

1

GROUND LEVEL

D.08

F

LABEL

W.01

W01; W02

W03

W04; W05

W06

W07

W08; W09

W10; W11

FRAME

TIMBER

TIMBER

TIMBER

TIMBER

TIMBER

TIMBER

TIMBER

GLAZING

CLEAR DG ARGON FILL

CLEAR DG ARGON FILL

CLEAR DG ARGON FILL

CLEAR DG ARGON FILL

CLEAR DG ARGON FILL

CLEAR DG ARGON FILL

CLEAR DG ARGON FILL

U-VALUE

2.6

2.6

2.6

2.6

2.6

2.6

2.6

SHGC

0.53

0.53

0.53

0.53

0.53

0.53

0.53

SHADING

RS1 ROLLER SHUTTERS

RS1 ROLLER SHUTTERS

RS1 ROLLER SHUTTERS

N/A

RS1 ROLLER SHUTTERS

RS1 ROLLER SHUTTERS

N/A

1080

600

600

900

900

1083

1083

1083

1083

1083

1083

W.02 GL1

GL1

GL1

GL1

GL1

2100

GL1

FL-02

W.11

W.01 AND W.02 LOUVRE WINDOWS TO FACILITATE CROSS VENTILATION

FL-01

D.07

W.03

D.06

D.05

D.04

FL-03

D.01

D.02

W.06

RAMMED EARTH FEATURE WALL EXPOSED TO LIVING ROOM SIDE TO PROVIDE PASSIVE HEATING VIA THERMAL MASS

D.03

D.04

D.05 D.06

D.07

D.08

KNAUF CLIMAFOAM 50mm UNDER SLAB INSULATION. R-VALUE=1.8

250mm RAMMED EARTH EXTERNAL WALLS

W.10 DRY

R1.5 RECYCLED GLASS WOOL INSULATION

WASH

R1.5 RECYCLED GLASS WOOL INSULATION

FL-03

W.09

D.02

SLAB EDGE INSULATION

RS1 ROLLER SHUTTERS TO EASTERN WINDOWS W.01; W.02, W.03 AND W.04

FL-01

FL-01

13mm GYPROCK ECO8 PLASTERBOARD LINING. WATER BASED, LOW VOC PAINT TO PLASTERBOARD

13mm GYPROCK ECO8 PLASTERBOARD TO BOTH SIDES OF FRAME. WATER BASED, LOW VOC PAINT TO PLASTERBOARD

SERVICES TRENCH

D.03

2

DETAIL - INTERNAL WALL

3

DETAIL - EXTERNAL WALL

W.04

4

DETAIL - EXTERNAL WALL FOOTING CF-01 CEILING FAN TO AID CROSS VENTILATION.

D.01 W.06

W.08

ADJUSTABLE HORIZONTAL ALUMINIUM LOUVRES. IDEALLY SET AT 29°

W.07 RS1 ROLLER SHUTTERS TO WESTERN WINDOWS W.08 AND W.09

W.06 LOUVRE WINDOW TO FACILITATE CROSS VENTILATION

W.05 RS1 ROLLER SHUTTERS TO SOUTHERN WINDOWS W.05; AND W.07

LINE OF EAVES OVER SHOWN DOTTED. OVERHANG 500mm TO PROVIDE SHADING

1

HOUSE PLAN

FL-02: FLOATING TIMBER OVER CONCRETE SLAB FL-03: TILES OVER CONCRETE SLAB

DETAIL - NORTH SHADING DEVICE

CLIENT

LEGEND: FL-01: CARPET OVER CONCRETE SLAB

CROSS VENTILATION DIAGRAM

GL-01: TIMBER FRAMED, CLEAR DOUBLE GLAZED ARGON FILL GLASS. U=2.6; SHGC= 0.53

CF-01: HAIKU CEILING FAN INTEGRATED WITH LED LIGHTING

D**

DOOR TYPE

W**

WINDOW TYPE

PROJECT

ASSIGNMENT 01 SCALE

1:75 @ A3 DRAWING TITLE

RS-01: VERTICAL ROLLER SHUTTERS INTEGRATED WITHIN LINTEL

NORTH

0

.5

2.5

DO NOT SCALE DRAWINGS FOR CRITICAL DIMENSIONS. CHECK DRAWING IS TO SCALE BY MEASURING SCALE BAR BELOW. VERIFY ALL DIMENSIONS ON SITE BEFORE COMMENCING ANY WORK, SHOP DRAWINGS OR ORDERING MATERIALS.

5

HOUSE PLAN

DRAWN

STUDENT No.

DEV GOLDING

588 142

DATE

24-08-16

DRAWING No.

REVISION

A3.2

A

LEGEND:

2

2

DESCRIPTION

PRODUCT DESCRIPTION

LIGHT SWITCH, SINGLE MOUNTED 1000 ABOVE FFL

CLIPSAL SC200 SERIES (CLIPSAL, 2016)

LIGHT SWITCH, MULTIPLE MOUNTED 1000 ABOVE FFL

CLIPSAL SC200 SERIES (CLIPSAL, 2016)

PRODUCT IMAGE

PV ARRAY

2

F

SYMBOL

PHOTOVOLTAIC DISTRIBUTION:

2

2

Bosch Solar Module c-Si M 60 (BOSCH SOLAR-ENERGY, 2016)

EUROLUCE LOW LED COMFORT (EUROLUCE, 2016)

DOWNLIGHT

ELECTRIC STOVE. NO GAS CONNECTION REQUIRED TO THE HOME

CEILING FAN

HAIKU CEILING FAN (HAIKU, 2016)

GPO - SIGNLE MOUNTED 200 ABOVE FFL

CLIPSAL SC200 SERIES (CLIPSAL, 2016)

GPO - MULTIPLE MOUNTED 200 ABOVE FFL

CLIPSAL SC200 SERIES (CLIPSAL, 2016)

GPO - WATERPROOF MOUNTED 200 ABOVE FFL

CLIPSAL OUTDOOR RANGE (CLIPSAL, 2016)

SMOKE ALARM

QUELL SMOKE ALARM (BUNNINGS, 2016)

BATTERY

2

2

2

HWS

FILTER

2

TESSLA POWERWALL (TESSLA, 2016)

INVERTER

EXHAUST FAN

2

SOLAR EDGE SINGLE PHASE PV INVERTER (SOLAREDGE, 2016)

2

RAINWATER TANK

EM DRY

WP

2

ELECTRICAL METRE PV METER

WASH

MSB

2

MAIN SWITCH BOARD

MSB

PVI PVM EM

PV METER

ELECTRIC SWITCHBOARD

PVM PVI NTD PSU

2

PSU NTD PCD

SOLAR EDGE SINGLE PHASE PV INVERTER (SOLAREDGE, 2016)

NETWORK TERMINATION DEVICE (NTD)

UTILITY METER

WP TB

E

POWER SERVICE UNIT (PSU)

GAS MAINS WATER MAINS SEWER MAINS ELECTRICAL LINE

GAS

SEWER PIT

S

LEGAL POINT OF DISCHARGE

GAS METER

GM

SITE BOUNDARY

WATER METER

M

GAS CONNECTION

LPD

PV PANELS INSTALLED AT 30° EVACUATOR TUBE SOLAR HOT WATER SYSTEM INSTALLED AT 57°

PREMISES CONNECTION DEVICE (PCD)

WATER PUMP

SUBMERSIBLE WATER PUMP

TESSLA BATTERY

TESSLA POWERWALL PV POWER BATTERY

HOT WATER SYSTEM

RINNAI SUNMASTER 270L EVACUATOR TUBE & ELECTRIC BOOSTER SYSTEM (RINNAI, 2016)

HWS

LEGEND:

TO UTILITY

2

2

PCD

PV INVERTER

HOUSEHOLD LOADS

STORMWATER OUTLET

1

CLIENT

PV & SOLAR HOT WATER DIAGRAM

PROJECT

NORTH

ASSIGNMENT 01

ELECTRICAL CONNECTION

SCALE

W S E

TELECOM PIT HV ELECTRIC LINE POLE

WATER CONNECTION TELECOM CONNECTION

1:75 @ A3 0

.5

2.5

DO NOT SCALE DRAWINGS FOR CRITICAL DIMENSIONS. CHECK DRAWING IS TO SCALE BY MEASURING SCALE BAR BELOW. VERIFY ALL DIMENSIONS ON SITE BEFORE COMMENCING ANY WORK, SHOP DRAWINGS OR ORDERING MATERIALS.

5

DRAWING TITLE

DRAWN

STUDENT No.

SERVICES PLAN 01: ELECTRICAL

DEV GOLDING

588 142

DATE

24-08-16

DRAWING No.

REVISION

A3.3

A

TYPICAL PATTERN OF PIPES INSIDE SLAB:

HEATING STRATEGY: In slab hydronic coil and hydronic panel space heaters Rainwater collection, coupled with solar hot water will provide heating to the dwelling. this will minimize reliance on local supplies given rainwater is collected, water is heated on-site through evacuator tubes (or alternatively instantaneously heated with the booster using stored PV

F

electricity) then fed to the house to provide radiant heat.

SOLAR HOT WATER Evacuator Tubes offer greater efficiency than traditional solar hot water collectors. This is because the collector tubes are better orientated to heat the contents throughout the day as ELECTRIC OVEN TO ELIMINATE ANY REQUIREMENTS FOR GAS

morning, mid and afternoon sun all provide even heat coverage on the contents. for this reason

PIPES COIL TOWARDS THE INSIDE OF THE COIL BACK OUT TO ENSURE UNIFORM DISTRIBUTION OF HEAT

evacuator tubes were selected in place of a traditional solar hot water unit

EVACUATOR TUBE SOLAR HOT WATER UNIT ABOVE SHOWN DOTTED

ZONING In slab hyrdronic coil to provide heating to hallway and living area Hydronic space heaters provided in bedrooms for occasional heating

GAS

HWS

Gas connections have been eliminated to focus on renewable energy use through on site generation. As outlined above, rainwater is harvested, heated using evacuator tubes or

STRATCO 10,000L RAINWATER TANK (STRATCO, 2016)

F

T

H

FILTER

otherwise boosted with PV generated power therefore eliminating any reliance on the mains connection and removing any need to implement gas connections

RAINWATER TANK DRY

WP

WASH

HOT WATER CONNECTION TO ENSUITE THROUGH CEILING

RINNAI SUNMASTER 270L EVACUATOR TUBE & ELECTRIC BOOSTER SYSTEM (RINNAI, 2016)

FILTER

HWS

RAINWATER TANK

T

H

DRY

WP

WASH

APRICUS Australia (APRICUS, 2016)

T

HYDRONIC PANEL UNDER WINDOW SILL TO AVOID CONDENSATION ON GLAZING AND TO MIX AIR TEMPERATURE INSIDE THE ROOM

H

M

HYDRONIC COIL IN SLAB ZONING DIAGRAM APRICUS Australia (APRICUS, 2016)

CLIENT

LEGEND: GAS MAINS

GAS

SEWER PIT

S

LEGAL POINT OF DISCHARGE

GAS METER

GM

SITE BOUNDARY

ELECTRICAL CONNECTION

WATER METER

M

GAS CONNECTION

HYDRONIC PANEL HEATER T WITH THERMOSTAT

LPD

PROJECT

STORMWATER OUTLET

NORTH

ASSIGNMENT 01 SCALE

WATER MAINS SEWER MAINS

W S

TELECOM PIT

WATER CONNECTION COIL IN SLAB PERIMETER

ELECTRICAL LINE

E

HV ELECTRIC LINE POLE

TELECOM CONNECTION

1:75 @ A3

H

DRAWING TITLE

0

.5

2.5

DO NOT SCALE DRAWINGS FOR CRITICAL DIMENSIONS. CHECK DRAWING IS TO SCALE BY MEASURING SCALE BAR BELOW. VERIFY ALL DIMENSIONS ON SITE BEFORE COMMENCING ANY WORK, SHOP DRAWINGS OR ORDERING MATERIALS.

5

SERVICES PLAN 02: GAS & WATER

DRAWN

STUDENT No.

DEV GOLDING

588 142

DATE

24-08-16

DRAWING No.

REVISION

A3.4

A

DP

DP

F

GREY WATER TOLERANT PLANTS:

GREY WATER

LIRIOPE

DP

BOTTLEBRUSH

STRATCO 10,000L RAINWATER TANK (STRATCO, 2016)

S

Sewer connections Ensure no 90° connections Pipes are to be trenched at a minimum 300mm below the ground surface with pipes at a minimum 1.65% gradient sewer vent to be provided above roof level.

Vent is required tp prevent build up of gases and potential explosions

DP

HWS

BIRDS OF PARADISE

F

GARDENING WATER

FILTER

Waste water treatment (greywater) Grey water must be discharged within 24 hours Water is collected from showers,bath tub, and washing machine (not collected from kitchen due to harmful detergents), and redistributed for toilet flushing and garden water Only grey water tolerant vegetation is to be planted.

RAINWATER TANK DRY

WP

WASH Storm water connections Ensure connection to at least one of a side entry pit or legal point of discharge Downpipes Ensure at least 1 downpipe every 9 meters Wet system to be adopted to allow greater collection of rainwater

OVERFLOW CONNECTION FROM RAINWATER TANK TO STORMWATER OUTLET

Rainwater collection 10,000L storage tank

DRY

WASH

Rainwater is to be used for drinking (filter has been provided to ensure water is safe to consume), washing, showering, toliet flushing and gardeing.Rainwater collection will also be coupled with the heating

DP

strategy for the home as solar hot water will provide heating to the dwelling. This will be achieved through hydronic in slab coil heating and hydronic radiators.

DP

LPD

CLIENT

LEGEND: GAS MAINS

GAS

SEWER PIT

S

LEGAL POINT OF DISCHARGE

GAS METER

GM

SITE BOUNDARY

ELECTRICAL CONNECTION

M

GAS CONNECTION

SEWER VENT

WATER CONNECTION

DOWN PIPE

LPD

PROJECT

STORMWATER OUTLET

NORTH

ASSIGNMENT 01 SCALE

WATER MAINS

W

WATER METER

SEWER MAINS

S

TELECOM PIT

ELECTRICAL LINE

E

HV ELECTRIC LINE POLE

GREY WATER OUT

GREY WATER IN

1:75 @ A3 DRAWING TITLE

0

DP

.5

2.5

DO NOT SCALE DRAWINGS FOR CRITICAL DIMENSIONS. CHECK DRAWING IS TO SCALE BY MEASURING SCALE BAR BELOW. VERIFY ALL DIMENSIONS ON SITE BEFORE COMMENCING ANY WORK, SHOP DRAWINGS OR ORDERING MATERIALS.

5

DRAWN

STUDENT No.

DEV GOLDING

588 142

SERVICES PLAN 03: SEWER + STORMWATER A3.5

DRAWING No.

DATE

24-08-16 REVISION

A

1 PV PANELS AND EVACUATOR TUBE SOLAR HOT WATER RETAINED

8° FALL

1

SECTION

HWS

VEGETATION

FILTER

ORGANIC SUBSTRATE FILTER LAYER DRAINAGE LAYER

PROTECTION FABRIC ROOT BARRIER

RAINWATER TANK WP

INSULATION

PV PANELS AND EVACUATOR TUBE SOLAR HOT WATER RETAINED

WATERPROOF MEMBRANE ROOF DECK

SECTION DETAIL

GREEN ROOF Implementing a green roof into the design of the home will have multiple benefits including Increased property value; enhanced stormwater management and ecological preservation; improved thermal performance; reduction of the urban heat island effect; preservation of natural habitat; as well as providing anaesthetic open space that cleans the surrounding air The chosen green roof is an re more than 300mm of substrate is required. this will allow the tomato plants to effectively cultivate on the roof. although the the green space could have been increased on the roof, it was decided that it would detract from the overall performance of the home to remove the PV panels and evacuator tubes as they are critical to the active performance of the home. the result of installing a green roof in lieu of a traditional dark sheet metal roof is a 30.0% efficiency improvement on energy use and a 29.2% reduction in stormwater runoff as shown in table 1.0 DESIGN FOR RESILIENCE Resilience is defined as "the capacity to adapt to changing conditions and to maintain or regain functionality and vitality in the face of stress or disturbance. It is the capacity to bounce back after a disturbance or interruption" (resilient design, 2016).Through the passive design strategies that have been implemented, the building has been optimized for the use of on-site renewable energy and therfore provides resilience at a building level. This is achieved through on site power generation and rainwater harvesting being used to deliver basic humans needs. The PV power generation, solar hot water and rainwater collection all provide potable water, sanitation, energy, lighting, and deliver occupancy comfort all of which provide passive survivability.

The active systems of the dwelling deliver resilience to the site the building can self generate in times of power outages that could cripple traditional homes that are dependant on the grid. the durability in the design of the home will also lend towards resilience. the thick rammed earth walls will provide security and enhance resilience in times of extreme heat or harsh weather events. Passive shading will aid cooling in heat waves and the double glazed windows coupled with the roller shutters and thermal mass of the design, summer heat will be managed. Sleeping spaces have also been designed to enhance night-sleeping comfort in hot weather as bedrooms have been placed on south with small double-glazed windows and high insulation levels.

Further to this, an effort has been made when specifying the building materials to ensure locally available, renewable and recycled materials are integrated to facilitate local and vernacular practices. By establishing a reliance on readily available materials, the design will provide greater resilience than homes dependence on non-renewable materials or resources from overseas that could become difficult to source in the future.

RESILIENCE IMPROVEMENTS Self composting toilets not not rely on water supply so could reduce the reliance on rainwater in the event of a drought.

Food supplies can be planted on site and locally harvested to remove the need for externally sourced fruits and vegetables Dependency on transportation can be removed through integration of public transport systems or cycling. Note that no garage has been provided for the residence in a effort to shift the paradigm that 'cars are a necessary luxury'.

The implementation of the green roof will reduce the urban heat island effect and also facilitate local ecologies through minimized storm water runoff Additional mass storage systems for water collection can be installed to better cope with potential heat waves fire proof shutters could be installed to protect against bush fires.

TABLE 1.0: ENERGY AND WATER RUN-OFF DIFFERENTIAL FROM THE IMPLEMENTATION OF A GREEN ROOF

CLIENT

LEGEND: GAS MAINS

GAS

SEWER PIT

S

LEGAL POINT OF DISCHARGE

GAS METER

GM

SITE BOUNDARY

WATER METER

M

GAS CONNECTION

LPD

PROJECT

STORMWATER OUTLET

NORTH

ASSIGNMENT 01

ELECTRICAL CONNECTION

SCALE

WATER MAINS

W

SEWER MAINS

S

TELECOM PIT

WATER CONNECTION

ELECTRICAL LINE

E

HV ELECTRIC LINE POLE

TELECOM CONNECTION

1:100 @ A3 DRAWING TITLE

0

.5

2.5

DO NOT SCALE DRAWINGS FOR CRITICAL DIMENSIONS. CHECK DRAWING IS TO SCALE BY MEASURING SCALE BAR BELOW. VERIFY ALL DIMENSIONS ON SITE BEFORE COMMENCING ANY WORK, SHOP DRAWINGS OR ORDERING MATERIALS.

5

DESIGN FOR RESILIENCE

DRAWN

STUDENT No.

DEV GOLDING

588 142

DATE

24-08-16

DRAWING No.

REVISION

A3.6

A