Tidal Energy
Yes
exhaut steam temperature raising due to cooling water inlet temperature raise vacuum pullying is not proper scale formation in turbine blades
Wind turbines are a form of renewable energy that are powered by the wind. The amount of time it takes for a turbine to start up depends on the wind speed on the day, on a very windy day they can be up to full speed within 2 minutes.
To avoid slugging nozzles and blades inside the turbine with condensate on start-up; this can break these components from impact. The blades were designed to handle steam, not water.
The runaway speed of a hydraulic turbine is the speed at which the turbine coupled to the generator runs at the maximum possible speed due to loss of load and this happens until the shut off valves completely closes the discharge from the penstock. the runaway speed of the turbine is determined by the turbine designer and is influenced by the maximum discharge of water from the penstock, the combined inertia of the turbine runner and the generator and the flywheel. this factor can vary from 1.5 up to 3 times the nominal speed of the turbine and is determined by the turbine designer considering all the load parameters.
Yes
Yes, but only on a large scale such as solar towers. http://en.wikipedia.org/wiki/Solar_updraft_tower
exhaut steam temperature raising due to cooling water inlet temperature raise vacuum pullying is not proper scale formation in turbine blades
I would suppose the "anchor point" would be the point where the turbine is firmly mounted to its base. The steam inlet, or steam chest, of a turbine is bolted to its foundation firmly, but the exhaust end of the turbine is mounted on sliding feet which allows it room to expand as it heats up. Often multiple casing turbines will have anchor points, or solid mountings for each casing section, and flexible couplings between each shaft section.
warm up speed of turbine,andthe minimum speed of turbine before loading is called idle speed.
No. Setting a turbine on the train will create drag, making the train harder to drive(=using up more power). And the amount of energy that you'd get from the turbine will be less than the amount of energy that you'd had to add to keep the train moving.
It may be depends on the Constructor/ Design of Turbine .
The water doesn't actually get used up, instead it passes through the turbine and continues on like normal. However, it will have been slowed down by the turbine.
The Pelton wheel in the turbine is most likely to break. This is because the part is used to protect the turbine during winter freeze-up and spring break-up,
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A wind turbine, which is installed on top of a tall tower, collects kinetic energy from the wind and converts it to electricity that is compatible with a home's electrical system.In a normal residential application, a home is served simultaneously by the wind turbine and a local utility. If the wind speeds are below the wind turbine's start up speed there will be no output from the turbine and all of the needed power is purchased from the utility. As wind speeds increase, turbine output increases and the amount of power purchased from the utility is proportionately decreased. When the turbine produces more power than the house needs, the extra electricity is sold to the utility (net metering). All of this is done automatically.
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