A heat exchanger creates steam that in turn runs
a conventional steam turbine.
The light heats water in a boiler at the top of the tower, creating steam, which is used to run
a conventional steam turbine like those in a typical fossil - fired power plant.
Not exact matches
As in a
conventional fossil fuel or nuclear power plant, that
steam spins
turbines, which generate electricity.
In the Flibe design, thorium reaction temperatures rise to about 750 degrees Celsius to drive gas
turbines, compared to
conventional reactors, which tend to reach less than half that temperature and drive less efficient
steam turbines, he said.
The fluid is sent to a heat exchanger to boil water in a
conventional steam -
turbine generator to produce electricity.
(Now who pays for the research value is an interesting subject) As this plant utilizes
steam to turn a
turbine I suspect it can support the grid the same way
conventional fossil fuel plants do, and photo - voltaic and wind resources do not.
Instead of starting the
conventional way, as at Irsching and other similar units, Fortuna's
steam turbine starts up along with the gas
turbine.
A heat transfer fluid heated in the receiver up to around 600ºC is used to generate
steam, which, in turn, is used in a
conventional turbine - generator to produce electricity.
The exiting heat is routed to a
conventional boiler or to a heat recovery
steam generator for utilization by a
steam turbine in the production of electricity.