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It is reported that the solar football stadium of a normal university in Lagos, the commercial center of Nigeria, in addition to solar power generation, can also generate electricity using kinetic energy generated by playing football
.
This solar-powered football stadium is the second solar-powered stadium in the world, the first built
in Brazil in 2014.
The most interesting thing about this stadium is that it uses not only solar energy, but also kinetic energy
.
British company Pavegen designed the pilot project, which uses the "floor tiles" of the stadium to capture the kinetic energy transmitted by the players to generate electricity
.
This energy is sufficient to meet the needs of low-voltage systems, such as street lamps, and can also store the generated electricity for later use
.
Under the turf of the pitch are 100 of these special "floor tiles" that draw energy
from the players' various sports.
Kinetic energy combined with the total power generation of solar panels ensures 24-hour streetlighting in this neighborhood
.
The more you play football, the more Pavegen's technology generates electricity, and it's not hard to imagine that this technology is actually best suited for high-traffic areas, such as schools, sports centers and markets
.
Laurence Kemball-Cook, the company's founder, said the solar-powered football stadium just shows people what's possible
.
"The project tells us what kind of hybrid forms of energy can come in the future, and how solar and kinetic energy can improve
our communities.
"
It is reported that the solar football stadium of a normal university in Lagos, the commercial center of Nigeria, in addition to solar power generation, can also generate electricity using kinetic energy generated by playing football
.
This solar-powered football stadium is the second solar-powered stadium in the world, the first built
in Brazil in 2014.
The most interesting thing about this stadium is that it uses not only solar energy, but also kinetic energy
.
British company Pavegen designed the pilot project, which uses the "floor tiles" of the stadium to capture the kinetic energy transmitted by the players to generate electricity
.
This energy is sufficient to meet the needs of low-voltage systems, such as street lamps, and can also store the generated electricity for later use
.
Under the turf of the pitch are 100 of these special "floor tiles" that draw energy
from the players' various sports.
Kinetic energy combined with the total power generation of solar panels ensures 24-hour streetlighting in this neighborhood
.
The more you play football, the more Pavegen's technology generates electricity, and it's not hard to imagine that this technology is actually best suited for high-traffic areas, such as schools, sports centers and markets
.
Laurence Kemball-Cook, the company's founder, said the solar-powered football stadium just shows people what's possible
.
"The project tells us what kind of hybrid forms of energy can come in the future, and how solar and kinetic energy can improve
our communities.
"
