HKU Student Residence, Supporting Modular Construction
Police School Road, Wong Chuk Hang
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Background
Introduction & Project Information
88%
lower operating cost 1 (vs. 500 kVA generators)
66%
CO2 reduction2 (vs. 500 kVA generators)
760,550 kWh (87%)
energy saving per year
18,250 kWh
per year saved through Auto Sleep Mode*
1Assuming a diesel price of HK$9.0 per litre.
2Assuming a CO2 emission intensity of 0.71 kg per kWh (Source: HKE Sustainability Report 2021)
*Projected figure, subject to Auto Sleep Mode operation time
Site Setup
The Challenge
The Solution
Results
"Since this was one of the pilot projects adopting the Modular Integrated Construction (MiC) method, we had to use one of the strongest tower cranes (64T Liebherr 710HC-L 32/64) available in Hong Kong. The project was to build two 17-floor towers that accommodate students, management staff, as well as other facilities. Not only did the Enertainer help reduce carbon emissions and operating costs, but it also helped us save more energy with Auto Sleep Mode, which automatically turns the power off when not needed. The result was impressive and it strengthened our confidence in deploying more Enertainers at our sites."
Mr. Eddie Yeung
Director and General Manager, Paul Y. Engineering Group
Download Case Study
Discover how our Enertainers can enhance efficiency while protecting the environment and reducing costs.
Download Case Study
Discover how our Enertainers can enhance efficiency while protecting the environment and reducing costs.
Project Gallery
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