Solar leafs to charge electric vehicles

In an assignment for Nissan, architecture firm su11 has envisioned a modular, future-oriented system for charging electric vehicles. The system consists of several 'E-VINE stations' that have a central unit to charge and reprogram the electric vehicle, with leafs above it to capture solar energy. These leafs are envisioned to be separate modules that can link up, so that the amount of leafs at a station can be adjusted according to the local energy needs. This is important, according to su11, because the transition from gasoline-based fuel to the fully electric vehicle is likely to proceed gradually. The system, like a vine then, can grow over time towards a fully electric and 'green' future.

Biological architecture

Here's a little collection of conceptual architecture that shows a shift towards holistic design thinking on both the macro- and the microscale. This kind of work definitely brings a new aesthetic into the world while opening up our minds to the idea that what we are creating as humans might not be that far off in quality from what the natural world has been creating all those millions of years, even that maybe our work lies in line with that process itself. And whereas surely this approach to design is not what will 'save humanity' as it might account mostly for our physical needs, but not for our complete scope of psychical needs, it surely is a wonderful step in the ascent of humankind.



Vincent Callebaut has created a far-future concept for airships fueled by a specific type of seaweed. These organisms would produce not oxygen but dihydrogen through photosynthesis, hence the name of the concept 'Hydrogenase'. Vincent envisions these 400-meter tall ships to not only function as passenger transportation, but also as floating buildings such as hospitals. They would be able to move at 175km/h by means of twenty wind propellors. The ships would furthermore be provided with an intelligent skin that incorporates nano-technologies to make it self-cleaning and self-repairing.



Yheu-Shen Chua has re-envisioned the Hoover dam to be a highly organic and open structure that actually makes transparent the waterflow and the ecology within the water. It would incorporate a bridge, a gallery, and a vertical aquarium.




If it's up to the French guys who created the 'Flat Tower' concept, a global-minded humanity makes no big deal of who owns what piece of land. Instead of building vertically to create more living spaces in the dense urban environment, they take a different approach: open and organic horizontal structures that dome the underlying cityscape. This might be very interesting for hot parts of the world, where such a structure could convert a large amount of sunlight into energy, and provide the city with more shadow area.



The concept skyscraper 'Hydra' is envisioned to provide energy to its inhabitants by means of a lightweight grapheme exoskeleton. This structure would attract lightning bolts which could then charge several mega-batteries.




Finally, here's a concept from the nineties by Eugene Tsui for a sustainable city built in the sea. Of special interest is the structure of the building, which is modeled after the human spine in order to direct and disperse stresses and strains. It would also have a "Living Machine" module that employs marine organisms to transform sea water into drinking water.

By the way, there's an excellent Zaha exhibition in Paris until October 30th. You can find it in a special pavilion just outside the Institut du Monde Arabe. It shows some of Zaha's projects, some experimental work, her working process and underlying design philosophy. I've visited myself and overall, it gives you a good feel of what organic and bio-inspired architecture can become.

graphics on a windmill

This is the Siemens superstar, a project by German multimedia artist Michael Pendry. It is basically a wind turbine with 9.000 programmable RGB LEDs integrated into it. The superstar was installed last month in Munich, a city that wants to run on sustainable resources by 2025. I'd love to see these graphics coupled to a realtime digital datasource, so it becomes sustainable plus decorative plus informative.

See it in action here:

ecological city lights

At my time at Philips Design I witnessed the development of these sustainable city lights, which to me still is a brilliant concept that should be realized soon. It would definitely be a milestone towards an interconnected techno-ecological society.

The concept behind these elegant structures that almost look as if they came from the land of Pandora is this: during the daytime, the petals open up like a flower and position themselves such to collect as much sunlight as possible. In case of a cloudy, windy day, they position themselves in order to catch the wind and start rotating to generate electricity, which can then be fed back into the grid. The energy flow is visualized on the outside of the stem through LED lights. At night, the petals close and start to light up the city.

This concept fits so nicely into holistic thinking for several reasons:
- it gives us more shadow during the day, which reduces global warming
- warmth is largely converted into light, serving a basic human need
- electricity is saved by using LED lights
- the structure is continuously adaptive, which optimizes the efficiency
- the aesthetics of form and movement remind us almost of a biological organism, which slowly suffuses us with the mindset that our technological environment can come alive