Submission Form For Energy Modeling For Green (Page 4 of 4) in pdf

Submission Form For Energy Modeling For Green Page 4

APPENDIX D

EXPLANATORY NOTES FOR APPENDIX D – SUBMISSION FORM FOR ENERGY

(Validation After Project

MODELING FOR GREEN MARK INCENTIVE SCHEME

Completion)

To facilitate verification of the declared energy consumption, the submission forms shall be accompanied

by the following:-

(a) The detailed computation of the ETTV values for the Actual Building and revised

Reference Model using APPENDICES 1 to 4 of “ETTV CALCULATON FORMAT IN

RESPECT OF AN AIRCONDITIONED BUILDING” (required if there is a change).

(b) Certification of the simulation program is tested in accordance to the ASHRAE Standard

140.

1. Space input data for all zones comprising detail information on construction

materials and their properties designed for each individual zone. For example,

room area, walls, windows, doors, floors, partitions, sensible and latent loads

(lightings, occupancy rates, receptacles loads, Outdoor ventilation rates, misc

loads etc).

2. Schedules for each individual operating zone (eg. lighting, occupants,

mechanical fans, AHUs, other mechanical and electrical equipment, etc.)

Note:

executable input data file(s) used

The developer shall furnish a softcopy of the

in the generation of the energy estimates for the Proposed and Reference models.

The developer shall produce detailed shop drawings and other necessary

information which is necessary for the comprehensive evaluation of the energy modeling

before awarding the Green Mark Incentive Scheme, as and when requested by BCA.

(d) The output data of the simulation program for the revised Reference Model shall include:

1. Monthly energy consumption by Mechanical and Electrical system components

(eg. Air-Conditioned Systems, Lighting Systems, Receptacle Equipment, Lifts,

Escalators, etc).

(e) The FORM GMIS-2 shall be signed by the Qualified Persons (both Mechanical and

Electrical Professional Engineers) for the project.

Submission Form For Energy Modeling For Green Page 4