Designer conceptualizes a floating luxury resort, powered by solar cells
Hotel conceptions utilizing solar energy are not really a new fad, especially when we consider the slew of green technologies flooding our modernistic avenues. However, a luxury floating hotel conception that would use low cost, dye sensitized solar cells certainly insinuates a scope of novelty and exoticism. In relation to our second example, Italian industrial designer Michele Puzzolante has conceptualized his floating masterpiece with exclusive self sustaining capacity in terms of power.
Christened simply as the Solar Floating Resort, the hotel has been envisaged as a fusion of both a cruise ship and an underwater platform. With its capacity of six ‘resident’ passengers, the craft will travel around the world along various paradisaical coasts. This navigating pleasure will be notched up to yet another level with a special arrangement that would allow its passengers to experience wild marine life forms.
Coming to its core design considerations, the Solar Floating Resort will have a 20m (66ft) long deck with a myriad of spatial denominations. The comprehensive 110 sq m (1184 sq ft) interior space will include two double and two single bedrooms with their private bathrooms, a kitchen, a dining room, lounge area and bridge. Finally, the ‘piece the resistance’ of the whole structure will consist of an observation pod built into the hull of the craft. As we mentioned before, this underwater platform can be used for exhilarating views into the deep mysteries of the unfathomable ocean.
Now, beyond all the poetic deliberations, the designer has unfortunately revealed very few technical specifications of the luxury craft. However, there are some structural considerations that relate to the aforementioned energy autonomy of the whole system. For example, the Solar Floating Resort will be constructed from dual layers of fiberglass reinforced balsa wood, 15mm (0.6 inches) in thickness. These layers will have a vacuum zone of 30cm (11.8 inches) width between them for enhanced insulation (which would lower energy loss).
The layers will also be embedded with dye sensitized solar cells both from the inner and outer sections. The two faceted techniques allows for solar energy to be captured from natural sunlight as well as interior artificial lighting. Moreover, the dye sensitized solar cells are generally accepted to be more cost effective and flexible than regular photovoltaic mechanisms.
Finally, coming to the ambit of maneuvering, this is where we are somewhat disappointed by the lack of info provided by the designer. However, going by the bulk of well defined volumetric zones in the resort, we could presume that our floating craft will have a pretty simplistic powertrain fueled by the available sustainable energy. In fact, credibility dictates that low emission Solar Floating Resort can only scuttle along the coasts, thus eschewing the deep parts of the water.