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BEAM P

LUS FOR

N

EW

B

UILDINGS

A

PPENDICES

V

ERSION

1.2

8.8 P

ASSIVE

D

ESIGN

A

SSESSMENT

M

ETHODOLOGY

Copyright © 2012 BEAM Society Limited. All rights reserved.

A - 34

3. Efficient vertical transportation system in common areas.

The requirements for these are addressed subsequently.

8.8.2.1 HVAC System

in Common

Area

Energy simulation will be required to show that the carbon emissions or energy

consumption of the building is less than a respectively benchmark criteria

evaluated from a baseline building model for mechanical ventilation systems.

Methodology of the energy simulation of the baseline model and the proposed

model shall make reference to EU 1 – Reduction of CO

2

emission & Appendix

8.1/8.2.

If a hybrid ventilation system is adopted, an exceptional calculation

methodology shall be conducted (see EU 1 – Reduction of CO

2

emission &

Appendix 8.1/8.2).

If natural ventilation is adopted in common areas, the reduction in the energy

consumption of the HVAC System can be assessed based on the area of the

location where natural ventilation is applicable. The calculation or simulation will

be required to demonstrate that natural ventilation can provide adequate indoor

comfort conditions.

8.8.2.2 Artificial

Lighting System

in Common

Area

Energy simulation will be required to show that the carbon emissions or energy

consumption of the designed building compared to a baseline model. The

methodology for the energy simulation of the baseline model and the proposed

model shall make reference EU 1 – Reduction of CO

2

emission & Appendix

8.1/8.2.

Note that car park is excluded from this assessment as energy consumption of

ventilation system of car park is assessed by EU 4.

8.8.2.3 Vertical

Transportation

in Common

Area

The EMSD’s Building Energy Codes 2012[ 9] sets out requirements for the

efficiency of vertical transport. To achieve the credits, buildings have to exceed

the requirements of the building energy codes 2012.

9

Electrical and Mechanical Services Department - Code of Practice for Energy Efficiency of Building Services Installation -

Section A3.4 2012