The diagram illustrates how electriciy is generated from hydro-electric power.
The diagram illustrates how electriciy is generated from hydro-electric power. RNy6k
The diagram illustrates how electriciy is generated from hydro-electric power. Overall, before electricity is transmitted to consumers, it harnesses sea water as power, undergoing two natural steps untill it fills resevoir, where it generates electricity in turbine attached to structure through voltage cables.
First of all, sea water is heated under the sun, which becomes steam, creating bunch of clouds. After that, it starts to rain, whereupon filling reservior behind the dam. When reservior is sufficiently filled, openned dam directs the water down to valve. Next, water flows downhill through tunnel to turbines in case when valve is opened. Flow of water rotates blades of turbine thus generating electricity, transmitted to transformer station via high voltage cables. Subsequently, city facilities such as hospitals, schools, factories and dwellings can harness electricity, transferred by underground cables, which have access to those facilities, from transformer station.
On the other hand, after turbines activated due to water flow, surplus water then diverted to pump through straight path underground. Following this, superfluous water is pumped back up to reservoir.
The diagram illustrates how
electriciy
is generated
from hydro-electric power.
Overall
,
before
electricity
is transmitted
to consumers, it harnesses sea
water
as power, undergoing two natural steps
untill
it fills
resevoir
, where it generates
electricity
in
turbine
attached to structure through voltage cables.
First of all
, sea
water
is heated
under the sun, which becomes steam, creating
bunch of
clouds. After that, it
starts
to rain, whereupon filling
reservior
behind the dam. When
reservior
is
sufficiently
filled,
openned
dam directs the
water
down to valve.
Next
,
water
flows downhill through tunnel to
turbines
in case when valve
is opened
. Flow of
water
rotates blades of
turbine
thus
generating
electricity
, transmitted to transformer station via high voltage cables.
Subsequently
, city facilities such as hospitals, schools, factories and dwellings can harness
electricity
, transferred by underground cables, which have access to those facilities, from transformer station.
On the other hand
, after
turbines
activated due to
water
flow, surplus
water
then diverted to pump through straight path underground. Following this, superfluous
water
is pumped
back up to reservoir.