瑪麗醫院 T座

綠建環評網上展覽

瑪麗醫院 T座中庭

瑪麗醫院 T座實驗室

瑪麗醫院 T座演講廳

瑪麗醫院新行人天橋

T座屋頂太陽能電池板

香港薄扶林道122號瑪麗醫院

重建計劃將發展瑪麗醫院北面用地，以迎合醫院未來作為醫療科學中心的服務模式。計劃涉及將醫院北面的現有服務及設施調遷至高級職員宿舍(已改建並重新命名為T座)，以騰出空間作醫院重建之用。使重建後的瑪麗醫院能更適切地發揮一所現代化醫療科學中心的功能和角色。

Cultural Heritage: Heritage introduction report, monitoring reports, and condition surveys demonstrated no adverse impact on the nearby heritage sites (within 50 meters), including Pok Fu Lam Conduit(1876-1877), No. 128 Pok Fu Lam Road (1931) and Nurses Quarters Block A (1937).

Annual Energy Use: The estimated annual energy consumption of the building outperformed the baseline scenario (BEC 2012 (Rev.1) by more than 28.9%.
The major energy-saving measures adopted in the development, including
(1) Low window-to-wall ratios (WWR) for both podium and tower;
(2) Better performance of glazing with lower U-value and SC figure;
(3) High performance of air-cooled chiller & VRV units;
(4) Air-side free cooling in the teaching laboratory, theatre, and circulation areas;
(5) Adoption of renewable energy installation of PV panels.

Water Efficient System: The installed water system achieved an annual water saving of 37.87% as compared with the baseline.

Building flush-out carried out after the completion of construction and prior to occupancy. New filtration media with a MERV of 13 was replaced prior to occupancy.
Indoor Air Quality complied with the IAQ Certification Scheme Good Class level.
Ventilation: The outdoor ventilation rate exceeded ASHRAE 62.1:2007 requirements by at least 30%.

Automatic control (i.e. daylight sensors) at perimeter zones and/or occupancy sensors were installed.

新建建築 1.2版
最終金級

整體得分

用地與室外環境

用材

能源使用

用水

室內環境質素

3 分創新

Cultural Heritage: Heritage introduction report, monitoring reports, and condition surveys demonstrated no adverse impact on the nearby heritage sites (within 50 meters), including Pok Fu Lam Conduit(1876-1877), No. 128 Pok Fu Lam Road (1931) and Nurses Quarters Block A (1937).

Annual Energy Use: The estimated annual energy consumption of the building outperformed the baseline scenario (BEC 2012 (Rev.1) by more than 28.9%.
The major energy-saving measures adopted in the development, including
(1) Low window-to-wall ratios (WWR) for both podium and tower;
(2) Better performance of glazing with lower U-value and SC figure;
(3) High performance of air-cooled chiller & VRV units;
(4) Air-side free cooling in the teaching laboratory, theatre, and circulation areas;
(5) Adoption of renewable energy installation of PV panels.

Water Efficient System: The installed water system achieved an annual water saving of 37.87% as compared with the baseline.

Building flush-out carried out after the completion of construction and prior to occupancy. New filtration media with a MERV of 13 was replaced prior to occupancy.
Indoor Air Quality complied with the IAQ Certification Scheme Good Class level.
Ventilation: The outdoor ventilation rate exceeded ASHRAE 62.1:2007 requirements by at least 30%.

Automatic control (i.e. daylight sensors) at perimeter zones and/or occupancy sensors were installed.