In a hydroelectric power plant, water is changed into electricity, which is carried to consumers along a transport and circulation community.
turbined liquid drainingAfter driving through the turbine, water rejoins the watercourse.
transmission to customersThe electrical energy is carried to aspects of usage by low-voltage circulation outlines.
voltage reduceBefore integrating the electrical energy into the distribution network, the voltage is progressively reduced to 240 V.
high-tension electrical energy transmissionUtilizing high-voltage lines to transfer electricity over long distances reduces the strength of current and, because of this, energy losings.
head of liquidThe dam raises the water level generate a vertical fall over the duration of the penstock.
water under some pressureWater assumes energy since it moves down the penstock and it is carried with power into the turbine.
transformation of technical work into electricityThe generator converts water power into electrical energy.
transmission of this rotative action towards the rotorThe motion associated with turbine is sent to your rotor because of the shaft.
rotation for the turbineMoving liquid applies stress on turbine’s blades to really make it turn.
production of electrical energy because of the generatorThe generator creates electricity through motion of this rotor inside stator.
energy integration to your transmission communityThe electrical energy created is integrated into the network.
voltage enhanceIn the socket end regarding the power-plant, the transformer increases the current; this lowers energy losses during transmission over-long distances.
power transmission during the generator voltageElectrical power created by the generator is transmitted to a transformer during the power-plant socket.
supply of waterBasin developed by building a dam, which keeps straight back a big level of water.