Home Ownership Scheme Development at Kiu Cheong Road (Ping Yan Court)

BEAM Plus Online Exhibition

Home Ownership Scheme Development at Kiu Cheong Road (Ping Yan Court)

View from Ping Ha Road

Next to Tin Shui Wai Station

Commercial Centre

Over 30% Greenery

Greenery between towers

Children Play Area

Market

Stalls inside market

Garden on Commercial Centre

Home Ownership Scheme Development at Kiu Cheong Road (Ping Yan Court)

65 Ping Ha Road, Ping Shan, Yuen Long, New Territories, Hong Kong

View from Ping Ha Road
Next to Tin Shui Wai Station
Commercial Centre
Over 30% Greenery
Greenery between towers
Children Play Area
Market
Stalls inside market
Garden on Commercial Centre

The Home Ownership Scheme (HOS) Development is located at Kiu Cheong Road, Yuen Long. The site is bounded by Ping Ha Road to the east, Kiu Fat Street to the south, Kiu Cheong Road to the west and the West Rail Tin Shui Wai Station to the north.

The development consists of three domestic blocks of 33 domestic storeys providing a total of 2 409 flats, street retail shops, wet market, underground carpark, bicycle parking spaces, recreation facilities with greenery, community play area, Estate Management Office and ancillary facilities.

Green Features

Site Aspects

More than 30% of greenery is provided by vertical greenery on noise barrier, at-grade planting, green roof, etc
Conducting AVA for optimized option of building form
Mitigation measures for dust, noise and air emissions during construction.
Convenient pedestrian access to mainstream public transport, neighbourhood basic services and recreational facilities
No impact on existing microclimates: wind velocity, air ventilation, neighbourhood daylight access

Materials Aspects

Use of sustainable forest products
No use of CFC-based refrigerants and ozone-depleting substances
Modular, standardized and prefabrication design
Use of recycled materials

Energy Use

Passive design in site planning, building orientation, building envelope, daylight capture and natural ventilation
Use of energy efficient lighting and vertical transportation system
Analyzed embodied energy of building materials with Life Cycle Analysis tool

Water Use

Use of water efficient devices and sanitary fitments to achieve potable water saving and sewage volume reduction

Indoor Environmental Quality

Adoption of indoor environmental quality enhancement measures in the aspect of security, plumbing and drainage installation, waste disposal facilities, ventilation, indoor air quality, thermal comfort, lighting quality and noise control
Provisions for access for disabled persons
Provision of amenity features for building quality and O&M

Innovations and Additions

Hard-paved construction
Twin tank
Two stage lighting
Energy smart monitoring system
Multi-sensory map with tactile guide path

Back

New Buildings V1.2
Final Gold

Overall Score

Project Details

Completion Year	2018
Number of Blocks	3 Domestic Blocks
Number of Storeys	33 storeys (residential), G/F and roof
Type	Residential

Project Team

Project Developer / Owner	Hong Kong Housing Authority
Architect	Chau Lam Architects & Associates Architects & Engineers (H.K.) LTD.
Landscape Architect	TEAM 73 HK Limited
M&E Engineer	Meinhardt (M&E) Ltd.
C&S Engineer	Ho Tin & Associates Consulting Engineers Limited
Main Contractor	Hip Hing Engineering Co Ltd
Quantity Surveyor	WT Partnership (HK) Ltd.
Sustainable Design Consultant	Meinhardt Infrastructure and Environment Ltd.
Environmental Consultant	Ramboll Environ Hong Kong Limited

Green Features

Site Aspects

More than 30% of greenery is provided by vertical greenery on noise barrier, at-grade planting, green roof, etc
Conducting AVA for optimized option of building form
Mitigation measures for dust, noise and air emissions during construction.
Convenient pedestrian access to mainstream public transport, neighbourhood basic services and recreational facilities
No impact on existing microclimates: wind velocity, air ventilation, neighbourhood daylight access

Materials Aspects

Use of sustainable forest products
No use of CFC-based refrigerants and ozone-depleting substances
Modular, standardized and prefabrication design
Use of recycled materials

Energy Use

Passive design in site planning, building orientation, building envelope, daylight capture and natural ventilation
Use of energy efficient lighting and vertical transportation system
Analyzed embodied energy of building materials with Life Cycle Analysis tool

Water Use

Use of water efficient devices and sanitary fitments to achieve potable water saving and sewage volume reduction

Indoor Environmental Quality

Adoption of indoor environmental quality enhancement measures in the aspect of security, plumbing and drainage installation, waste disposal facilities, ventilation, indoor air quality, thermal comfort, lighting quality and noise control
Provisions for access for disabled persons
Provision of amenity features for building quality and O&M

Innovations and Additions

Hard-paved construction
Twin tank
Two stage lighting
Energy smart monitoring system
Multi-sensory map with tactile guide path

Back

Project Details

Completion Year	2018
Number of Blocks	3 Domestic Blocks
Number of Storeys	33 storeys (residential), G/F and roof
Type	Residential

Project Team

Project Developer / Owner	Hong Kong Housing Authority
Architect	Chau Lam Architects & Associates Architects & Engineers (H.K.) LTD.
Landscape Architect	TEAM 73 HK Limited
M&E Engineer	Meinhardt (M&E) Ltd.
C&S Engineer	Ho Tin & Associates Consulting Engineers Limited
Main Contractor	Hip Hing Engineering Co Ltd
Quantity Surveyor	WT Partnership (HK) Ltd.
Sustainable Design Consultant	Meinhardt Infrastructure and Environment Ltd.
Environmental Consultant	Ramboll Environ Hong Kong Limited

Back