Since hydropower involves the direct change of stored potential kinetic energy into electricity, rather than requiring going through a thermal transfer stage (i.e. heat->kinetic->electric vs kinetic->electric) as in nuclear or geothermal, the "efficiency" of a hydropower plant is certainly higher than a nuclear or geothermal plant.
In terms of energy produced per unit of input source (i.e. fuel - water in the case of hydro, steam in the case of geothermal, and fissionable fuel in the case of nuclear), nuclear wins by a massive margin (on the order of millions of times more efficient).
Nuclear, Thermal, Hydro, Windmill.
There are: Hydro electric, Nuclear, Solar, Wind, and Fossil fuels, Geo- thermal and Biofuels.Hydro electric has two categories : Tidal and Wave
it is thermal
hydro electricity is an efficient source of energy 1. pollution free 2. renewable 3. no worries of exhaustion of natural resources
Thermal power plant,Hydro power plant,Nuclear power plant,Diesel power plant.
Generating Energy through Coal i.e, Thermal Energy is costlier as comparer t Hydro energy generation.BUt the Installation cost in case of Hydro Power Plant is much higher than the thermal Pwr Plant
Major source of electricity in Pakistan is hydro. Hydro electricity is generated by 5 major dams of the country. Other means of electricity generation include thermal and atomic.
you are
As of 2008 India gets: 63% from Thermal Power (53% Coal, 1% Oil based and 10% gas), 25% from Hydro Power 3% from Nuclear 9% from Renewable India is hard at work to extend its natural gas infrastructure, so I would expect today that gas based thermal might be higher.
Renewable energy (solar, wind, water, hydro, tidal and wave, geothermal, ocean thermal, biomass, biofuel and hydrogen).
In 2006- coal 49.1 percent, nuclear 19.4 percent, hydro 7.0 percent, solar 0.1 percent (source Wikipedia)
No, nuclear energy is not considered a traditional energy source like fossil fuels (coal, oil, natural gas) or renewables (solar, wind, hydro). Nuclear energy is generated through the process of nuclear fission, where atoms are split to release energy, rather than through the combustion of fuels.