The resistance of the cables that conduct the electric current away from the substations
causes the cables to dissipate some of the electrical energy in the form of heat.
Most energy (almost half) is lost as heat via the cooling towers. Hope this helps :)
cooling towers
some negatives of wave power is that the devices built to harness the energy of the waves are not adiquite enough to do so. So lots of energy is lost and some is gained. some negatives of wave power is that the devices built to harness the energy of the waves are not adiquite enough to do so. So lots of energy is lost and some is gained.
Losses are mainly due to electrical resistance.
during the rotation of turbine its 65 percent energy is lost as heat
Most energy (almost half) is lost as heat via the cooling towers. Hope this helps :)
Some heat is lost in the vapour that rises from the power plant.
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cooling towers
The reason electricity is trsnsmitted at very high voltage is to reduce energy loss. As Power = V x I and heat loss = I2 R. Thus if I the current is low the energy lost in the transmission cables will be minimal. The reason electricity is trsnsmitted at very high voltage is to reduce energy loss. As Power = V x I and heat loss = I2 R. Thus if I the current is low the energy lost in the transmission cables will be minimal.
At least 2.6 million, at one point.
i dont know i asked!
A lot of people lost there homes in 2008.
Power stations use step-up transformers to transmit power at a high voltage instead of a high current. This reduces the power lost in the transmission lines.
Increase the voltage in the lines.
some negatives of wave power is that the devices built to harness the energy of the waves are not adiquite enough to do so. So lots of energy is lost and some is gained. some negatives of wave power is that the devices built to harness the energy of the waves are not adiquite enough to do so. So lots of energy is lost and some is gained.
i think 0ver 60,00000 people lost there homes