InnoCell Hong Kong Science Park

BEAM Plus Online Exhibition

Main Elevation

View From Science Park Campus

View From Tolo Highway

Public Plaza

Main Entrance

InnoCell Hong Kong Science Park

InnoCell, 1 Chong San Road, Pak Shek Kok, Tai Po, N.T.

Main Elevation
View From Science Park Campus
View From Tolo Highway
Public Plaza
Main Entrance

InnoCell is a pilot project of using Modular Integrated Construction (MiC) in Hong Kong. InnoCell promotes and embraces the concept of “Co-working & Co-living” for the new generation to inspire interactions, collaboration, smart living and innovations within the InnoCell. The use of “Co-working & Co-living” concept encourages its residents to step out from the traditional habitation unit and to “Live Outside the Box”, contributing to the creation of an innovative community by sharing spaces and facilities for the enjoyment of a more convenient and smarter lifestyle together.

Green Features

Site Aspects

Provision of 2 recreational facilities within site and opened to public including covered play area with seating facilities and table tennis table on G/F
32.9% of site coverage of greenery
52.31% of roof area will be finished by roof tile with SRI higher than 78
Environmental management to minimize air, noise and water pollution during construction

Materials Aspects

Over 66% of the total CFA applying modular design
89% of listed prefabricated building elements manufactured off-site within 800km of the site
13.2% of outside surface works and structure made from recycled materials
41.65% of regionally manufactured materials within 800km from the project site
At least 30% of construction waste reductio

Energy Use

High energy efficient AC with better COP and high efficiency lighting and lifts to reduce annual energy consumption
100% of certified energy efficient appliances
Separate metering to monitor landlord lighting and power, lift, P&D, AC and small power
Adoption of energy efficient building envelop to achieve a lower OTTV (21.49W/m2)
Low solar irradiance(200.5kWh/m2) of building façade

Water Use

46.62% of estimated annual water saving from the use of water efficient devices
51.8% 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
At 30% increased ventilation
Good class IAQ

Innovations and Additions

Building Information Modelling (BIM)
Modular Integrated Construction (MiC)
100% sustainable timber products

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New Buildings V1.2
Final Platinum

Overall Score

Site Aspects

Materials Aspects

Energy Use

Water Use

Indoor Enviro. Quality

6 Credit(s) Innovations and Additions

Project Details

Completion Year	2020
Number of Blocks	1
Number of Storeys	18
Type	Residential

Project Team

Project Developer / Owner	Hong Kong Science and Technology Parks Corporation
Project Manager	Hong Kong Science and Technology Parks Corporation
Architect	Leigh and Orange Ltd.
Landscape Architect	Adrian L. Norman Limited
M&E Engineer	Ove Arup & Partners Hong Kong Limited
C&S Engineer	WSP Hong Kong Limited
Main Contractor	Hip Hing Construction Co. Limited
Quantity Surveyor	Currie & Brown (China) Limited
Sustainable Design Consultant	Allied Environmental Consultants Limited
Environmental Consultant	Allied Environmental Consultants Limited
Acoustic Consultant	Allied Environmental Consultants Limited

Green Features

Site Aspects

Provision of 2 recreational facilities within site and opened to public including covered play area with seating facilities and table tennis table on G/F
32.9% of site coverage of greenery
52.31% of roof area will be finished by roof tile with SRI higher than 78
Environmental management to minimize air, noise and water pollution during construction

Materials Aspects

Over 66% of the total CFA applying modular design
89% of listed prefabricated building elements manufactured off-site within 800km of the site
13.2% of outside surface works and structure made from recycled materials
41.65% of regionally manufactured materials within 800km from the project site
At least 30% of construction waste reductio

Energy Use

High energy efficient AC with better COP and high efficiency lighting and lifts to reduce annual energy consumption
100% of certified energy efficient appliances
Separate metering to monitor landlord lighting and power, lift, P&D, AC and small power
Adoption of energy efficient building envelop to achieve a lower OTTV (21.49W/m2)
Low solar irradiance(200.5kWh/m2) of building façade

Water Use

46.62% of estimated annual water saving from the use of water efficient devices
51.8% 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
At 30% increased ventilation
Good class IAQ

Innovations and Additions

Building Information Modelling (BIM)
Modular Integrated Construction (MiC)
100% sustainable timber products

Back

Project Details

Completion Year	2020
Number of Blocks	1
Number of Storeys	18
Type	Residential

Project Team

Project Developer / Owner	Hong Kong Science and Technology Parks Corporation
Project Manager	Hong Kong Science and Technology Parks Corporation
Architect	Leigh and Orange Ltd.
Landscape Architect	Adrian L. Norman Limited
M&E Engineer	Ove Arup & Partners Hong Kong Limited
C&S Engineer	WSP Hong Kong Limited
Main Contractor	Hip Hing Construction Co. Limited
Quantity Surveyor	Currie & Brown (China) Limited
Sustainable Design Consultant	Allied Environmental Consultants Limited
Environmental Consultant	Allied Environmental Consultants Limited
Acoustic Consultant	Allied Environmental Consultants Limited

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