Oyster Wave Energy Converter; Producing energy from wind, solar and biomass is no longer a dream. It has become real-life energy generation systems, but it is one of those systems that can't be fully used in real life, even if wave energy is theoretically supported.
But now a village in Spain is already using wave energy.
On October 17-19, 2012, experts discussed and introduced innovations at the Ocean Energizing Conference in Dublin, Ireland.
One of the highlights of the conference was "Oyster". Oyster, which means oyster, is a hydroelectric wave energy generator.
Martin McAdam, managing director of Aquamarine Power, the Scottish company that developed Oyster, notes that an 'Oyster' off the Orkney Islands in northern Scotland has begun trial energy production: "The machine placed in a 15 metre deep seabed has a canada with mechanical lyceles.
As a result of the wing pushing hydraulic pistons with wave power, the turbine, which is powered by pistons, generates energy.
It's like an oyster opening and closing…"
Oyster Wave Energy Converter
Every time the waves rise, it pushes Oyster's wing downwards. Hydraulic pistons re-point the wing after inging the power of the wave into the turbine. Responding to Questions from Deutschlandradio, Aquamarine Power managing director Martin McAdam explains the details: "Electricity is produced on land, not at sea.
The hatch activates two hydraulic pistons. They pump water ashore through a pipeline.
The water pumped ashore generates energy in the turbine here."
The presence of energy production and turbine on land separates Oyster from other technologies that generate electricity from wave power.
The Oyster plant, established three months ago off the Orkney Islands, generates up to 800 kilovata of energy. "This prototype is 26 meters wide. Its height reaches 50 feet.
The facilities we will offer for sale will be more or less this size," he says.
Aquamarine Power managing director McAdam,
Oyster says they plan to launch the hydroelectric wave energy generator in 2015.
One of the biggest problems is making Oyster competitive in terms of cost with other technologies that convert wave power into electricity… "We aim to build energy fields with oysters. Our concept does not require the installation of a turbine for each wing.
We're going to connect about 10 to 20 wings to a single, large turbine.
Thus, we will make sure that the costs are significantly reduced," he said. In the name
of the power of the waves!