Home Articles Architectural Sustainability Divine by Design: The World’s First Net Zero Energy Mosque
Architectural Sustainability

Divine by Design: The World’s First Net Zero Energy Mosque

Net Zero means balance, literally. In architecture, it describes buildings that use only as much energy as they can produce. Over a year, the total energy they take from the grid is equal to the energy they give back through renewable sources like solar or wind.

Share
Divine by Design: The World’s First Net Zero Energy Mosque
Share

What is Net Zero, is that a concept in architecture? 

Net Zero means balance, literally. In architecture, it describes buildings that use only as much energy as they can produce. Over a year, the total energy they take from the grid is equal to the energy they give back through renewable sources like solar or wind. However, Net Zero is more than just using solar panels. It starts with smart design. Architects think about how the sun moves, how air flows, and how to keep heat in during winter and out during summer. They choose materials that waste less energy and design systems that use power more wisely.

A Net Zero building does not harm the planet. It works with nature, not against it. It’s a way of building that helps fight climate change and protect our future. In summary, Net Zero in architecture means creating buildings that live in harmony with the Earth.

Credit: www.arup.com

One of the best examples of the Net Zero principle is Masdar City in Abu Dhabi, which has created very good examples of sustainable architecture around the world, especially in public spaces.

Credit: www.arup.com

The mosque project includes developments that will set an example for the world in sustainable construction and architecture, such as passive energy systems, rammed earth and hydrogen-based steel in construction materials. Designed by Arup and developed by Aldar, aims for LEED Zero Carbon certification.

Credit: www.arup.com

Referring to other earth mosques in the city and local materials, rammed earth walls cool the air and regulate internal temperatures using thermal mass.

The mosque which can host more than 1,300 prayers at once has a design that reduces water consumption in the best conditions for the region’s climate. Passive cooling systems will be used to provide airflow throughout the interior and it is providing sustainable comfort for prayers even at full capacity.

Credit: aletihad.ae

These sustainable cooling systems developed not only for places of prayers but also for ablution facilities and all public circulation areas prevent addiction on mechanical and electronic systems. In addition, the mosque, which will meet all of its annual energy needs from solar panels, aims to make water consumption 55% more efficient with the grey water recycling system.

Share
Written by
Elif Ayse Sen

Architect, Author, Content Marketing Specialist.

Leave a comment

Subscribe
Notify of
guest

0 Comments
Oldest
Newest Most Voted
Inline Feedbacks
View all comments
Related Articles
How Workspace Design is Adapting to Urban Sustainability Mandates 
Architectural Sustainability

How Workspace Design is Adapting to Urban Sustainability Mandates 

Think back to your last office. Fluorescent lights buzzing. Grey walls. Maybe...

Revolutionizing Sustainability: The Impact of Biomaterials in Architecture
Architectural Sustainability

Revolutionizing Sustainability: The Impact of Biomaterials in Architecture

Explore the transformative role of biomaterials in architecture, offering sustainable alternatives to...

Embrace Green Living Reimagined: Innovative Ways for a Sustainable Future
Architectural Sustainability

Embrace Green Living Reimagined: Innovative Ways for a Sustainable Future

Discover the evolution of green living in this insightful article that redefines...

How Does Climate Impact Building Design? Key Factors and Sustainable Strategies
Architectural Sustainability

How Does Climate Impact Building Design? Key Factors and Sustainable Strategies

Discover how climate impacts building design, influencing material choices, energy systems, and...