The 'Solar Tower Concept' is Able to Power Half a Million Households
References: charlwood.au & behance.net
Charlwood Design's 'Solar Tower Concept' is a futuristic thermal power station which will be able to power half a million households. Inspired by the complex network of roots beneath a tree, the Solar Tower Concept was originally designed for Enviromission and it will be exhibited Smithsonian Institute Design Triennial in New York.
The Solar Tower Concept uses the sun’s radiation to heat up the air collected under a glass area and the heat flows through the structure's chimney which provides energy to the turbines. The estimated energy that a single tower can produce is about 200 megawatts.
The Solar Tower Concept uses the sun’s radiation to heat up the air collected under a glass area and the heat flows through the structure's chimney which provides energy to the turbines. The estimated energy that a single tower can produce is about 200 megawatts.
Trend Themes
1. Futuristic Thermal Power Stations - There are opportunities to disrupt the energy industry by developing innovative and sustainable ways to generate power through futuristic thermal power stations like the Solar Tower Concept.
2. Energy Generation From Sun's Radiation - The concept of harnessing the sun's radiation to produce energy can lead to disruptive advancements in renewable energy technologies, providing cleaner and more efficient power sources.
3. Inspired Designs From Natural Phenomena - Drawing inspiration from natural systems, such as the complex network of tree roots, can spark innovative ideas for creating efficient and environmentally-friendly power generation structures.
Industry Implications
1. Clean Energy - The clean energy industry can benefit from the development of futuristic thermal power stations, like the Solar Tower Concept, to meet the growing demand for sustainable and renewable energy solutions.
2. Renewable Energy Technologies - Advancements in renewable energy technologies, such as capturing and converting the sun's radiation, can disrupt the energy industry by offering more efficient and eco-friendly alternatives to traditional power generation methods.
3. Design and Architecture - Incorporating natural phenomena and inspired designs into the field of design and architecture can lead to disruptive innovations in creating sustainable structures and power generation systems.
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