為了滿足馬會對沙田通訊及科技中心可持續性的發展港的承諾，馬會為此組建了相應的高水平設計團隊。這個項目的顧問團隊包括Arquitectonica（建築設計師），WCWP國際有限公司（執行建築師），奧雅納工程顧問（結構，土木，土和建築服務工程），BURO HAPPOLD（BEAM Plus，LEED和可持續發展顧問，幕牆工程）和Rider Levett Bucknall（工料測量師）。
在整個項目的最開始階段，項目團隊就將可持續發展要求納入了規劃及設計要求。在對一系列的國際可持續發展評級系統進行了全面評估後，BURO HAPPOLD同時使用LEED和BEAM Plus做為可持續發展的框架，強調以最小的成本提升以達到最高的可持續發展增益，並且切實的減少了建築在能源，水的消耗和廢物方面的產生。
可持續發展的關鍵特性包括：
|
1%的成本抬升， |
新鮮空氣比美國標準要求（ASHRAE 62.1） 30％ |
|
|
4％的年節能 |
太陽能熱水供應 |
|
|
至少 40％的年節約用水 |
至少 10％
|
|
|
至少 50％木材材料 |
實施建築室內空氣（IAQ） |
|
|
低VOC的產品使用， |
滲透式地面覆蓋硬景園林面積的 6％以減小雨水徑流 |
|
|
通過使用屏蔽外部照明和 |
為低排放及高燃料效率的汽車 |
|
|
通過屋頂花園及 |
回收收集設施 |
|
|
進行廢物管理， |
選用UV過濾飲用水系統， 2億港元 |
To fulfil HKJC's commitment towards Sustainability for the SCTC development, an equally committed design team was put in place. The consultancy team for this project comprises of Arquitectonica (Design Architect), WCWP International Limited (Executive Architect), Ove Arup & Partners (Structural, Civil, Geotechnical and Building Services Engineering), Buro Happold Hong Kong (BEAM Plus, LEED and Sustainability Consultants, Façade Engineering) and Rider Levett Bucknall (Quantity Surveyor).
The entire development was planned and designed with sustainability in mind from the very beginning. Following a comprehensive assessment of a range of international sustainability rating systems, Buro Happold used both LEED and BEAM Plus as frameworks for sustainability, with great emphasis placed on achieving a good rating using realistic measures with the least cost uplift that truly reduces the impact of the building in terms of energy, water and waste.
|
1%cost uplift was required to achieve a GOLD rating |
30％more fresh air than US standard requirements (ASHRAE 62.1). |
|
|
4％annual energy savings |
Service hot water provided by solar hot water heating |
|
|
At least 40％annual water savings by high efficiency water fixture and |
At least 10％
|
|
|
At least 50％of timber material of are the sustainable forest product |
Prevention of building ventilation systems from contamination from |
|
|
Use of low VOC products to ensure good indoor quality |
Reduction of surface rainwater run-off by covering 50.6% of hard landscaping area with pervious materials |
|
|
Minimal lighting pollution by the use of |
Provision of preferred car parking for |
|
|
Enhanced quality and functionality of the building by |
Recycling collection facility |
|
|
Waste management put in place to |
A drinking water system using mains water with UV filtration 200million HKDin 50 years. |
| 竣工年份 | 2013 |
| 樓宇數目 | 1 |
| 樓層數目 | 2 |
| 層樓 | 3 |
| 單位數目 | 4 |
| 室內樓面面積 (IFA) (平方米) | 5 |
| 類別 | 商業 |
| 總佔地面積 | 6 |
為了滿足馬會對沙田通訊及科技中心可持續性的發展港的承諾，馬會為此組建了相應的高水平設計團隊。這個項目的顧問團隊包括Arquitectonica（建築設計師），WCWP國際有限公司（執行建築師），奧雅納工程顧問（結構，土木，土和建築服務工程），BURO HAPPOLD（BEAM Plus，LEED和可持續發展顧問，幕牆工程）和Rider Levett Bucknall（工料測量師）。
在整個項目的最開始階段，項目團隊就將可持續發展要求納入了規劃及設計要求。在對一系列的國際可持續發展評級系統進行了全面評估後，BURO HAPPOLD同時使用LEED和BEAM Plus做為可持續發展的框架，強調以最小的成本提升以達到最高的可持續發展增益，並且切實的減少了建築在能源，水的消耗和廢物方面的產生。
可持續發展的關鍵特性包括：
|
1%的成本抬升， |
新鮮空氣比美國標準要求（ASHRAE 62.1） 30％ |
|
|
4％的年節能 |
太陽能熱水供應 |
|
|
至少 40％的年節約用水 |
至少 10％
|
|
|
至少 50％木材材料 |
實施建築室內空氣（IAQ） |
|
|
低VOC的產品使用， |
滲透式地面覆蓋硬景園林面積的 6％以減小雨水徑流 |
|
|
通過使用屏蔽外部照明和 |
為低排放及高燃料效率的汽車 |
|
|
通過屋頂花園及 |
回收收集設施 |
|
|
進行廢物管理， |
選用UV過濾飲用水系統， 2億港元 |
To fulfil HKJC's commitment towards Sustainability for the SCTC development, an equally committed design team was put in place. The consultancy team for this project comprises of Arquitectonica (Design Architect), WCWP International Limited (Executive Architect), Ove Arup & Partners (Structural, Civil, Geotechnical and Building Services Engineering), Buro Happold Hong Kong (BEAM Plus, LEED and Sustainability Consultants, Façade Engineering) and Rider Levett Bucknall (Quantity Surveyor).
The entire development was planned and designed with sustainability in mind from the very beginning. Following a comprehensive assessment of a range of international sustainability rating systems, Buro Happold used both LEED and BEAM Plus as frameworks for sustainability, with great emphasis placed on achieving a good rating using realistic measures with the least cost uplift that truly reduces the impact of the building in terms of energy, water and waste.
|
1%cost uplift was required to achieve a GOLD rating |
30％more fresh air than US standard requirements (ASHRAE 62.1). |
|
|
4％annual energy savings |
Service hot water provided by solar hot water heating |
|
|
At least 40％annual water savings by high efficiency water fixture and |
At least 10％
|
|
|
At least 50％of timber material of are the sustainable forest product |
Prevention of building ventilation systems from contamination from |
|
|
Use of low VOC products to ensure good indoor quality |
Reduction of surface rainwater run-off by covering 50.6% of hard landscaping area with pervious materials |
|
|
Minimal lighting pollution by the use of |
Provision of preferred car parking for |
|
|
Enhanced quality and functionality of the building by |
Recycling collection facility |
|
|
Waste management put in place to |
A drinking water system using mains water with UV filtration 200million HKDin 50 years. |
