Experts believe that bad things happen after dark. While studies and anecdotal evidence may support this belief, we have proof of something marvelous that occurs after dark. This proof could be of great interest to all you night owls. A futuristic PV skin powers its own art, featuring 10,000 luminous scales wrapped around a pavilion at night. This futuristic design is about more than just power, as it showcases how renewable energy sources can be integrated into architecture by utilizing unique and awe-inspiring designs. The result is nothing but revolutionary, and it could change future architectural design approaches forever.
Designers and engineers are turning away from conventional construction
The world has a global mission of achieving zero emissions by 2050 to mitigate the effects of climate change. Unfortunately, there are still many carbon-heavy industries that make these attempts to achieve net-zero nearly impossible. One significant contributor is the construction industry. According to UNEP, Conventional construction has a high environmental impact.
Impact of conventional construction on the environment
Extraction, processing, transportation, and manufacturing of building materials are:
- Material-intensive and require high water usage, depleting resources
- Highly energy-intensive and has a significant carbon footprint
- Polluting and results in high amounts of solid and liquid waste
According to ResearchGate, to address the impacts, more designers and engineers are turning their focus to utilizing sustainable materials, conducting life cycle assessments (LCAs), prioritizing energy-efficient systems, and incorporating circular materials. An example of a more unconventional architectural design is a building with a futuristic PV design that powers its own art after dark.
The futuristic PV that powers its own art after dark
In Basel, Switzerland, you can see one of the most unique building designs ever. consumes only as much energy as it can produce. This building has combined art with renewable power, creating something that will change the future of architectural design forever. The architects behind the design were ADML Circle and Michele De Lucchi. iart developed and installed the media facade.
Novartis Pavilion features a semi-transparent PV facade, allowing light to shimmer over and through the building. Organic PV cell technology was utilized to create 10 custom sizes of diamond and triangular-shaped modules. According to SolarTechnology, over 10,000 modules were laminated into polycarbonate, forming a net-like curtain wall, which is mounted to an aluminum facade of the ring-shaped pavilion.
First, colorful facades turned buildings into power generators; now we have PV skins lighting them up. Embedded within the solar modules are 30,000 LEDs, which light up after dark. The building only uses as much energy as it generates.
This design is about more than producing power
People are turning to renewable architectural designs, as they cultivate social cohesion between the environment and buildings, promote creativity, and contribute to a greener planet for future generations. According to Cove Tool, they have the following economic benefits as well:
- Job creation
- The green building sector creates opportunities in sustainable design and green construction
- Decreased operational expenses
- Energy efficiency lowers utility expenses
- Higher property value
- Green building certifications, such as LEED or WELL, increase property value and market appeal
Environmental benefits of renewable construction designs
- Mitigates climate change
- Decreased greenhouse gas emissions
- Lower carbon footprint
- Green buildings have a lower footprint throughout their lifecycle
- Resource conservation
- Utilizes less energy and water, minimizes waste by reusing and recycling materials, and conserves natural resources
Renewable architectural designs are becoming the latest trend, especially as nations globally try to achieve climate targets. Another pioneering renewable design is Germany’s rotating building that produces power without solar farms. The future designs of our buildings in urban and rural areas could thus look extraordinary as renewable architectural designs become more common. Not that we are complaining, as it promises an extremely artistic, powerful, and eco-friendly future.