Fan Garden Police Quarters

BEAM Plus Online Exhibition

17 Fan Leng Lau Road, Fanling, New Territories, Hong Kong

Fan Garden Police Quarters

In the Junior Police Officer Married Quarter, 100% of roof area adopt greenery and high SRI material to reduce surface temperature in summer, as compare with bare asphalt or concrete rooftop. 100% of all timber and composite timber products used in the project including door, flooring wardrobes etc. are from sustainable sources.

Green Features

Site Aspects

20% of site coverage of greenery
100% of roof area are adopted with greenery and high SRI materials of at least 78
Environmental management to minimize air, noise and water pollution during construction
Computer Fluid Dynamics (CFD) simulation study is conducted to demonstrate no pedestrian areas will be subject to excessive wind velocities. Different options are also compared using CFD to demonstrate the optimal option is selected

Materials Aspects

Over 66% of the total CFA applying modular design
100% of all timber and composite timber products used in the project including door, flooring, wardrobes and cabinets are from sustainable sources
25% of regionally manufactured materials within 800km from the project site

Energy Use

Low solar irradiance (119.929 kWhr/m2) of building facade
Adoption of energy efficient building envelope to achieve a lower OTTV (21.05 W/m2)
21% of habitable areas comply with the natural ventilation requirements
High efficiency lighting and lifts to reduce annual energy consumption reduction
Separate metering to monitor landlord lighting and power, lift, P&D, AC and small power

Water Use

40% of estimated annual water saving from the use of water efficient devices
52% of reduction in annual sewage volume from the use of water efficient devices

Indoor Environmental Quality

Building amenities to enhance the quality and functionality of the building
Enhanced designs for barrier free access
30% increased ventilation of ASHRAE 62.1-2007
At least 80% of floor area in all normally occupied spaces are adequately lit with at least 1% of average daylight factor
Good class Indoor Air Quality (IAQ)

Innovations and Additions

Twin tank for potable and flushing water supply
100% sustainable timber products

Back

New Buildings V1.2
Final Gold

Overall Score

Site Aspects

Materials Aspects

Energy Use

Water Use

Indoor Enviro. Quality

6 Credit(s) Innovations and Additions

Project Details

Completion Year	2021
Number of Blocks	5
Number of Storeys	29 to 31
Type	Residential
Total Site Area	13850

Project Team

Project Developer / Owner	Hong Kong Police Force, HKSAR Government
Project Manager	Architectural Services Department
Architect	Chung Wah Nan Architects Limited
Sustainable Design Consultant	Allied Environmental Consultants Limited
Environmental Consultant	Allied Environmental Consultants Limited
C&S Engineer	Meinhardt (C&S) Limited
M&E Engineer	Meinhardt (M&E) Limited
Landscape Architect	Kenneth Ng & Associates (HK) Limited
Quantity Surveyor	C.S. Toh & Sons & Associates Limited
Acoustic Consultant	Allied Environmental Consultants Limited
Main Contractor	Shui On Construction Company Limited

Green Features

Site Aspects

20% of site coverage of greenery
100% of roof area are adopted with greenery and high SRI materials of at least 78
Environmental management to minimize air, noise and water pollution during construction
Computer Fluid Dynamics (CFD) simulation study is conducted to demonstrate no pedestrian areas will be subject to excessive wind velocities. Different options are also compared using CFD to demonstrate the optimal option is selected

Materials Aspects

Over 66% of the total CFA applying modular design
100% of all timber and composite timber products used in the project including door, flooring, wardrobes and cabinets are from sustainable sources
25% of regionally manufactured materials within 800km from the project site

Energy Use

Low solar irradiance (119.929 kWhr/m2) of building facade
Adoption of energy efficient building envelope to achieve a lower OTTV (21.05 W/m2)
21% of habitable areas comply with the natural ventilation requirements
High efficiency lighting and lifts to reduce annual energy consumption reduction
Separate metering to monitor landlord lighting and power, lift, P&D, AC and small power

Water Use

40% of estimated annual water saving from the use of water efficient devices
52% of reduction in annual sewage volume from the use of water efficient devices

Indoor Environmental Quality

Building amenities to enhance the quality and functionality of the building
Enhanced designs for barrier free access
30% increased ventilation of ASHRAE 62.1-2007
At least 80% of floor area in all normally occupied spaces are adequately lit with at least 1% of average daylight factor
Good class Indoor Air Quality (IAQ)

Innovations and Additions

Twin tank for potable and flushing water supply
100% sustainable timber products

Back

Project Details

Completion Year	2021
Number of Blocks	5
Number of Storeys	29 to 31
Type	Residential
Total Site Area	13850

Project Team

Project Developer / Owner	Hong Kong Police Force, HKSAR Government
Project Manager	Architectural Services Department
Architect	Chung Wah Nan Architects Limited
Sustainable Design Consultant	Allied Environmental Consultants Limited
Environmental Consultant	Allied Environmental Consultants Limited
C&S Engineer	Meinhardt (C&S) Limited
M&E Engineer	Meinhardt (M&E) Limited
Landscape Architect	Kenneth Ng & Associates (HK) Limited
Quantity Surveyor	C.S. Toh & Sons & Associates Limited
Acoustic Consultant	Allied Environmental Consultants Limited
Main Contractor	Shui On Construction Company Limited

Back