Hydroelectric Professional Power Project Hydroelectric power is the foremost renewable energy source that contributes more than 81 percent of energy sources throughout the globe. Hydroelectricity works on the principle of harnessing the potential energy by flowing water. Gravity pulls the water downstream and it meets with blades of hydroelectric turbine and turns it. The turbine shaft turns the rotor producing electricity in the same manner like electrical generators. Hydroelectric professional power projects are part of large dam structure which are popular whereas small plants use straight river flow that do not includes dams. The several hydroelectric resources incorporate dams, run of river, pumped energy storage and tidal energy. Dams Dams are constructed on rivers that generate electricity by turbines. Water is stored in the dams and regulated the amount of water with a gate according to the requirements. Dams alter the natural flow of rivers that affects the habitats of aquatic species in large amount. It has a capacity to flood large area of land that affects riverside communities immensely. Thus electricity is produced by force and power of water that is impeded by dams. Power Plant Management Services are indulged in maintenance of professional plants and levy their services at economical prices. Run of River Run of river reroutes the river flow towards the generator turbines that generate electricity. After wards the water is again re-diverted towards the natural course. In this the low head technique temporarily stores water at small place whilst high head technique relies on gravity coming from mountainous regions. Run of river lessen the water levels effect and the natural river flow from conventional dams. This run of river does not cause any flooding dilemma. Tidal Energy Tidal energy is harnessed by the changing tides at different ocean bays in professional power projects. Due to full moon (moon cycles) and other seasonal fluctuations of tides affect the energy amount produced from tidal energy. Incoming tides from barrages that contains one way gates and when other tide flows it passes from built in turbines This method is not that cost effective because of the cost levies in the barrages construction is high as compared to other methods of producing hydroelectric energy. Pumped Hydroelectric Energy Storage
In pumped hydroelectric energy storage, water is pumped from upper reservoir turbine and followed by lower reservoir after collecting it. When the demand of energy is low, water is pumped in reverse direction and again stored in upper reservoir that allows large amount of amount energy easily stored for long periods. There are some areas where two reservoirs are hard to locate then it can overcome by developing underwater storage. In this case only one reservoir is required.