Zaha Hadid Architects’ Sustainability Team

Zaha Hadid Architects

6 Jun 202301:30

Summary

TLDRSahari Architects' sustainability team specializes in creating energy-efficient buildings with lower carbon footprints. They develop project-specific strategies, focusing on sustainable materials and innovative technologies for natural ventilation, daylight, and shading design. Architects also conduct solar and wind simulations to optimize climate-based designs, ensuring comfort. Computational experts use tools like the Climate Discovery tool to predict energy efficiency and comfort levels, aiming for net-zero buildings.

Takeaways

🏢 Sustainability term is a group of specialists focused on building physics, environmental simulation, and computational design.
🌿 Their role at Sahari Architects is to assist in creating energy-efficient buildings with lower carbon footprints.
🌤️ They develop project-specific strategies considering climate and location for sustainable material selection and innovative technologies.
🔍 They specialize in solar analysis to understand how assets can be designed based on different regional climates.
💨 They work with wind simulation and computational fluid dynamics to assess comfort levels inside and outside buildings.
🛠️ Computational experts on the team develop tools for climate data analysis to predict the potential for energy efficiency.
🌡️ The Climate Discovery tool predicts the potential for natural ventilation based on weather conditions and comfort levels.
🌍 They consider global climate dynamics to design buildings that are both sustainable and aesthetically pleasing.
🏗️ Sustainability is integrated into the design process to ensure that it complements the aesthetic value of the architecture.
♻️ The goal is to achieve net-zero buildings by forecasting how easy it will be based on climate data and comfort levels.

Q & A

What is the role of the specialists in the sustainability term at Sahari Architects?
-The specialists in the sustainability term at Sahari Architects help design teams create more energy-efficient buildings with lower carbon footprints by developing strategies for each project based on its climate and location.
How do the specialists select sustainable materials and innovative technologies for the projects?
-The specialists select sustainable materials and innovative technologies by considering the project's climate and location, aiming to provide natural ventilation, daylight, and shading design.
What is the significance of aesthetics in sustainability according to Sahari Architects?
-Sahari Architects believes that sustainability can be beautiful and can complement the aesthetic value of any design, indicating that environmentally friendly solutions can also be visually appealing.
How do the architects at Sahari Architects specialize in solar analysis?
-Architects at Sahari Architects specialize in solar analysis by calculating the solar dynamics of different locations to understand how assets can be designed based on the climate in various regions of the world.
What role does wind simulation play in the design process at Sahari Architects?
-Wind simulation is used to examine the comfort inside and outside the building, mapping how the wind will move around the premises and understanding its impact on comfort levels.
How do computational experts contribute to the team at Sahari Architects?
-Computational experts at Sahari Architects develop tools that help interrogate climate data, aiding in the design process by analyzing weather conditions and comfort levels.
What is the Climate Discovery tool, and how does it predict the potential for allocation?
-The Climate Discovery tool is a predictive tool developed by Sahari Architects that forecasts the potential for allocation by analyzing weather conditions and comfort levels, helping to achieve a more or less energy-efficient building.
How does Sahari Architects ensure that their designs are energy-efficient?
-Sahari Architects ensures energy efficiency by using a combination of strategies, including selecting sustainable materials, innovative technologies, solar and wind analysis, and computational tools to optimize building performance.
What is the importance of understanding the climate in different regions for Sahari Architects?
-Understanding the climate in different regions is crucial for Sahari Architects as it informs the design of buildings that are energy-efficient and comfortable, tailored to the specific environmental conditions of each location.
How does Sahari Architects use computational fluid dynamics in their designs?
-Sahari Architects uses computational fluid dynamics to analyze the movement of wind around the building premises, which is essential for designing buildings that provide optimal comfort and energy efficiency.
What is the ultimate goal of Sahari Architects' sustainability strategies?
-The ultimate goal of Sahari Architects' sustainability strategies is to achieve net-zero buildings, which are highly energy-efficient and have minimal environmental impact.

Outlines

00:00

🏢 Sustainability in Architecture

The paragraph discusses the role of specialists at Sahari Architects in enhancing the sustainability of buildings. They are trained in various fields such as building physics, environmental simulation, and computational design. Their aim is to assist design teams in creating energy-efficient buildings with reduced carbon footprints. They develop project-specific strategies based on climate and location, which include the selection of sustainable materials and innovative technologies for natural ventilation, daylighting, and shading design. The team also includes architects specialized in solar analysis to understand how assets can be designed according to different climates worldwide. They use wind simulation and computational fluid dynamics to ensure comfort inside and outside the building, mapping how wind will affect comfort levels. Computational experts on the team develop tools to analyze climate data, with one such tool being the Climate Discovery tool, which predicts the potential for achieving energy-efficient buildings by examining weather conditions and comfort levels, ultimately aiming for net-zero energy buildings.

Mindmap

Keywords

💡Sustainability

Sustainability refers to the ability to maintain a certain process or state in the long term, often in the context of environmental responsibility and resource management. In the video, sustainability is a core theme, as the specialists aim to create buildings that are energy efficient and have lower carbon footprints. This is achieved through the use of sustainable materials and innovative technologies.

💡Building Physics

Building physics is a field that studies the physical principles and processes that occur within buildings, such as heat transfer, moisture movement, and air flow. In the video, specialists use their knowledge of building physics to develop strategies for energy efficiency, natural ventilation, and shading design, which are crucial for creating sustainable buildings.

💡Environmental Simulation

Environmental simulation involves using computer models to predict how a building will interact with its environment, including factors like temperature, humidity, and air quality. The video mentions that specialists use environmental simulation to understand and design for the climate and location of each project, ensuring that the buildings are not only sustainable but also comfortable for occupants.

💡Computational Design

Computational design is a process that uses algorithms and computer simulations to generate and analyze design options. In the video, computational design is used to develop tools that help interrogate climate data and predict the potential for energy efficiency in buildings, showcasing how technology can aid in creating sustainable architectural solutions.

💡Carbon Footprint

A carbon footprint represents the total amount of greenhouse gases produced directly or indirectly by an individual, organization, event, or product. The video emphasizes the importance of reducing a building's carbon footprint, which is achieved through energy-efficient design and the use of sustainable materials and technologies.

💡Sustainable Materials

Sustainable materials are those that are produced with minimal environmental impact, are renewable, or can be recycled. The video discusses the selection of sustainable materials as part of the strategy to create buildings with lower environmental impact, highlighting the importance of material choice in sustainable design.

💡Innovative Technologies

Innovative technologies in the context of the video refer to new and advanced methods or systems that are implemented to improve the sustainability and efficiency of buildings. These technologies might include smart systems for energy management, advanced insulation materials, or renewable energy sources.

💡Solar Analysis

Solar analysis is the study of how sunlight interacts with a building's design, including aspects like solar gain, shading, and daylighting. In the video, architects specialize in solar analysis to calculate the solar dynamics of different locations, which helps in designing buildings that are energy efficient and make optimal use of natural light.

💡Wind Simulation

Wind simulation is the process of modeling and analyzing how wind flows around and through a building. The video mentions that specialists use wind simulation to understand comfort levels both inside and outside the building, which is crucial for designing buildings that are not only sustainable but also comfortable for occupants.

💡Computational Fluid Dynamics

Computational fluid dynamics (CFD) is a branch of fluid mechanics that uses numerical analysis and algorithms to solve and analyze problems involving fluid flows. In the video, CFD is used to look at wind comfort around buildings, helping to map how the wind will move and affect comfort levels, which is an essential aspect of sustainable design.

💡Net Zero Building

A net zero building is one that produces as much energy as it consumes over the course of a year, often through the use of renewable energy sources and energy-efficient design. The video discusses the goal of achieving net zero buildings, which is a significant part of the sustainability efforts in architecture and design.

Highlights

Sustainability term is a group of specialists trained in building physics, environmental simulation, and computational design.

Role in Sahari Architects is to help design teams create more energy-efficient buildings with lower carbon footprints.

Develop strategies for each project based on climate and location.

Select sustainable materials and innovative technologies for natural ventilation, daylight, and shading design.

Sustainability can complement the aesthetic value of any design.

Architects specialized in solar analysis calculate solar dynamics for different locations.

Work with wind simulation and computational fluid dynamics to understand comfort levels inside and outside buildings.

Computational experts develop tools to interrogate climate data.

Climate Discovery tool predicts the potential for allocation to achieve more energy-efficient buildings.

Forecast net zero building feasibility by analyzing weather conditions and comfort levels.

Design solutions that integrate sustainability and aesthetics.

Innovative technologies are used to prove natural ventilation and shading design.

Understanding regional climates is crucial for designing assets based on local conditions.

Mapping wind movement around premises to affect comfort levels.

Specialized knowledge in building physics is essential for creating energy-efficient buildings.

Sustainability term works closely with design teams to integrate environmental considerations.

Use of computational design to enhance the energy efficiency of buildings.

The importance of selecting the right materials for sustainable construction.