The Energy Island, a joint venture lead by Dominic Michaelis, draws on the broad range of research activities being conducted across the University of Southampton in a number of specialist research...
The Energy Island, a joint venture lead by Dominic Michaelis, draws on the broad range of research activities being conducted across the University of Southampton in a number of specialist research groups. A virtual team, collaborating with industry and academics internationally is working towards the goal of a floating energy island capable of delivering gigawatt levels of energy from renewable sources. The modular structure of the Energy Island permits scaling and adaptation to suit a variety of different locations, climates and demands while facilitating economic feasibility through shared infrastructure, volume production and low operating costs. The flexibility of siting offered by a floating platform also offers a critical advantage to the more densely populated countries such as the United Kingdom where obtaining environmentally and socially acceptable locations for the siting of large renewable energy capture installations is a major hurdle for any new development.
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nikola tesla talked of this 100 yrs ago! look up "increaseing human energy"by nikola tesla! he talks of all of the renewable energy sources and also his wireless energy transfer system which would give wireless power to everyone on the earth! i even did a 20 ft wireless energy transfer which is key to showing how his system works! this system would give thousand miles range of energy for everyone to obtain like a radio but with industrial power being tranfered!
and this system can't work: where is the energy needed to boil sea water coming from. it's written evaporation vacuum chamber, where is the energy needed to make a vacuum coming from? you need enormous amounts of energy to boil water at 25°C and suddently the steam from the vacuum becomes pressurized steam to make the turbine turn.
make an island, with wind turbine, wave energy collector, water current turbine, solar panels, but forget the OTEC
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and this system can't work:
where is the energy needed to boil sea water coming from.
it's written evaporation vacuum chamber, where is the energy needed to make a vacuum coming from? you need enormous amounts of energy to boil water at 25°C
and suddently the steam from the vacuum becomes pressurized steam to make the turbine turn.
make an island, with wind turbine, wave energy collector, water current turbine, solar panels, but forget the OTEC
Water isn't boiled, it is used to boil a separate refrigerant.
Basically you set up some pipes so you can get cold and warm seawater in the same place, then you use the temperature difference to drive an engine.
There are various engines which could be used, this seems to rely on a refrigerant which boils at the temp of warm seawater.