Sustainable by design 2050

An initiative of the UIA

Velux model home 2020

Activehouse

Sapienza_Universit___di_Roma

Architekturclips

Swiss Sprinter Buidling

Swiss Sprinter Buidling
Swiss Sprinter Buidling
Swiss Sprinter Buidling
Swiss Sprinter Buidling
Swiss Sprinter Buidling
Swiss Sprinter Buidling
Swiss Sprinter Buidling
Swiss Sprinter Buidling
Swiss Sprinter Buidling
Swiss Sprinter Buidling
Swiss Sprinter Buidling
Swiss Sprinter Buidling
Architect
Bob Gysin + Partner BGP Architekten ETH SIA BSA
Engineers/Specialists
Local lead consultant: A+Dyer, MEP Consultant, S&S Consultant, Interior Design: A+Dyer, Sustainability Consultant: Hurley Palmer Flatt, Parametric design solutions: Kaisersrot
Further Specialists
Cost Consultant: Milcris
Location
Middle East and Eastern Europe - VAE - Masdar City
Climate Zone
arid
Design status
project
Date of completion
2012
Type
Mixed use
Site area (m²)
6672
Footprint (m²)
2314
GFA (m²)
13875
NFA (m²)
10649
NFA/GFA
0.767
Density
2.08
Gross Volume (GV) (m³)
56080
Building Costs
39929500 USD
Building Costs / m² GFA
2877.802
Building Costs / m² NFA
3749.601
Building Costs / m³ GV
712.01
Primary Energy (kWh/m²a)
97.8
Cooling / Heating-System

Chilled Beams, Static enthalpy heat exchanger with total effectiveness 75%

Use of renewable ressources - low tech
natural cross ventilation, evapoartive cooling, solar chimneys, use of high thermal mass, others
Use of renewable ressources - high tech
energy recuperation, thermal building mass activation, other
Renewable, recycled, recyclable and innovative materials

Prefabricated timber frame wall panels, Terracotta ventilated solar screen, Recycled Aluminium/timber composite windows, Rammed earth for high thermal mass walls, Recycled aggregate paviours, Waxed loam wall finishes/render, Recycled gypsum boarding, Recycled glasswool or neopar insulation, Recycled reinforcement

Key Sustainability aspects
vernacular building strategies, public spaces, accessability for disabled, renewable building materials, recycling and reuse, ecological building materials, innovative bulding materials, integrated planning process, use of innovative design tools
Sustainability rated
Other
Social and ethical responsibility

"Masdar City has set up strict guidelines to ensure the quality of the working conditions on site. The design team has sourced locally available products for the buildings structure and envelope in order to drive down the carbon footprint and to support the local supply chain and construction economy.
The use of contemporary rammed earth walls will help to rebuild the knowledge about earthen construction techniques and to educate local workers in UAE which has a rich earthen heritage."

Ressource efficiency and environmental impact

The design strategy is adapted to the local climatic conditions and the specific requirements of Masdar City: Reduce embedded energy within the primary building construction (65% reduction in embodied carbon compared to a building with standard specification materials) - Combination of passive and active climate design strategies to reduce energy consumption (-54.9% compared with Ashrae Baseline) - Waste diverted from landfill (-60% compared with BAU) - Water Demand Reduction (-51% compared with BAU)

Economic lifecycle perfomance

The building generates a high flexibility in use and a maximized NIA/GFA-ratio (85%) to be able to provide high quality office spaces with comparable market prices. A construction grid of 9.45m, an office module of 1.35m and a depth of 14.80/16.15m allow nearly every office typology (Single, Group, Combi or Open space offices). The use of the ESTIDAMA Pearl Building Rating System (PBRS) as part of the design process secures the efficient use of materials and low lifecycle costs.

Contextual performance and impact

"The urban design draws on traditional Arabic city forms to recreate and reinterpret a variety of spatial experiences across the site plot. These spaces form a sequence of public areas, common spaces and private courtyards and creates a high level of privacy within a dense urban structure. The façade design refers to different aspects and requirements of the building:
- minimize solar radiation and maximize natural daylight
- provide direct views to the outside as well as a high level of privacy
- reinterpretate local ornamental façade design traditions
The screen is made up from terracotta tiles with a bespoke pattern of holes. The pattern will be consistent for each elevation, with the angle of holes changing subtly due to the buildings orientation. For internal elevations to the courtyards the screen will change from vertical to horizontal to facilitate communication within the building. The screen will create penumbrous effects and will provide a unique day- and night time elevation."