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Unit Orientation

Best Orientation (South)

Unit Position

Middle Floor- Middle Unit

Comfort Performance Level

Good

  • Wall-

  • Windows-

  • Roof Insulation-

Improved

  • Wall-

  • Windows-

  • Roof Insulation-

Basic

  • Wall-

  • Windows-

  • Roof Insulation-

Thermal Comfort

Embodied Energy Intensity

Residential Envelope Transmittance Value

RETV - Is the net heat gain rate (over the cooling period) through the building envelope (excluding roof) of the dwelling units divided by the area of the building envelope (excluding roof) of the dwelling units.

0

25


sensible heat gain histogram

When an object is heated, the object's increase in temperature is sensible heat. Similarly, when heat is removed from an object and its temperature falls, this is also sensible heat.

Units : (KWH/Sqm)

  Zone ventilation Heat gain [KWH/m2]

  Total Conduction Heat Gain-None Opaque Surface [KWH/m2]

  Windows Total Transmitted Solar Radiation [KWH/m2]

  Total Conduction Heat Gain - Opaque Surface [KWH/m2]

  Equipnemt Sensible Heat Gain [KWH/m2]

  Light Sensible Heat Gain [KWH/m2]

  People Sensible Heat Gain [KWH/m2]

  Total Conduction Heat Loss - Opaque Surface [KWH/m2]

  Total Conduction Heat Loss - None Opaque Surface [KWH/m2]

  Zone ventilation Heat Loss [KWH/m2]

degree discomfort hours

DDH

The difference in temperature between the indoor air temperature and the IMAC – R comfort temperature over 8760 hours (365 days * 24 hours).

Software : Design Builder/Energy Plus Units : Hours

 DDH - Good      DDH - Improved      DDH - Basic

Living Room

Bedroom 1

Bedroom 2

visual comfort

Useful Daylight Illuminance

UDI

Daylight simulation is performed to calculate interior daylight levels in a space for a specific location. Daylight performance of a typical dwelling unit is assessed by the Percentage of area receiving UDI (between Level - 100 Lux to 3000 Lux) in a year for 50% potential daylit time (8 am – 5 pm)

UNITS : %

SIMULATION REQUIRED - Daylight (UDI) Software : Design Builder, Energy Plu

0%

100%


Living Room

0%

100%


Kitchen

0%

100%


Bedroom 1

0%

100%


Bedroom 2

0%

100%


Dormitory Room

0%

100%


Study Room

COST OF CONSTRUCTION AND EMBODIED ENERGY

Embodied Energy Intensity

EEI

Embodied energy share of the highest contributing materials i.e. cement steel, walling blocks.

Embodied energy intensity is being demonstrated as embodied energy per unit carpet area (MJ / m2)

LEGEND

EEI - Steel

EEI - Walling

EEI - Concrete

  • Wall-

  • Windows-

  • Roof Insulation-

Cost Analysis

COST / Sqm of carpet area

Cost of construction per sqm of carpet area.

LEGEND

Civil Work

Windows and Shading

Finishing

Insulation

  • Wall-Local Brick

  • Windows- Rolled Steel+SGU

  • Roof Insulation- Foam concrete roof insulation

S-1A-1BHK

Unit Plan

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COMPARATIVE PERFORMANCE ANALYSIS

Degree Discomfort Hours

CT1

  • Wall-

  • Windows-

  • Roof Insulation-

CT2

  • Wall-Local Brick

  • Windows-Rolled steel+SGU

  • Roof Insulation- Foam concrete insulation

CT3

  • Wall- Fly Ash Brick/ CSEB (TEMPERATE)

  • Windows-UPVC+SGU

  • Roof Insulation- EPS roof insulation

LEGEND

DDH-CT1

DDH-CT2

DDH-CT3

Embodied Energy Intensity

CT1

  • Wall-

  • Windows-

  • Roof Insulation-

CT2

  • Wall-

  • Windows-

  • Roof Insulation-

CT3

  • Wall-

  • Windows-

  • Roof Insulation-

LEGEND

EEI-Steel

EEi-Walling

EEI-Concrete

Cost of Construction

CT1

  • Wall-

  • Windows-

  • Roof Insulation-

CT2

  • Wall-

  • Windows-

  • Roof Insulation-

CT3

  • Wall-

  • Windows-

  • Roof Insulation-

LEGEND

Civil Work

Windows & Shading

Finishing

Insulation

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