to what you have with geothermal power. so i think we ll see more - and more geothermal power on the various locations - where it s possible to have it. the risk is, as you mentioned, it s a challenge, an engineering challenge, - to handle that amount of heat and amount of energy, - but it s still fairly solvable, it s solved in a lot of power plants, so i think we ll see| more and more of them, i but the scale is really hard. it s hard to scale that up to cover huge amount i of the world s energy needs. you ll cover percentages, but you re not going - to cover 100% of the world. the world is a big battery, but it s hard to harvest it. | thank you so much. i m going to come back to the room here at the victoria and albert museum and see if there are any questions. and there s one over
where it s possible to have it. the risk is, as you mentioned, it s a challenge, an engineering challenge, - to handle that amount of heat and amount of energy, - but it s still fairly solvable, it s solved in a lot of power plants, so i think we ll see| more and more of them, i but the scale is really hard. it s hard to scale that up to cover huge amount i of the world s energy needs. you ll cover percentages, but you re not going - to cover 100% of the world. the world is a big battery, but it s hard to harvest it. | thank you so much. i m going to come back to the room here at the victoria & albert museum and see if there are any questions. and there s one over to my right there. thank you.
locations where it s possible to have it the risk is, as you mentioned, l it s a challenge, an engineering challenge, to handle that amount of heat and amount of energy, i but it s still fairly solvable, j it s solved in a lot of power plants, so i think we ll see more and more of them, i but the scale is really hard. it s hard to scale that up to cover huge amount i of the world s energy needs. you ll cover percentages, but you re not going - to cover 100% of the world. the world is a big battery, but it s hard to harvest it. | thank you so much. i m going to come back to the room here at the victoria and albert museum and see if there are any questions. and there s one over to my right there. thank you. jane sutton from the royal academy of engineering. just on your point about balancing demand. a few years ago, there was a lot of chat about a european super grid to share renewable electricity, and we ve even had a presentation
wind power located more spread around the world compared to what you have with geothermal power. so i think we ll see more - and more geothermal power on the various locations - where it s possible to have it. the risk is, as you mentioned, it s a challenge, an engineering challenge, - to handle that amount of heat and amount of energy but it s still fairly solvable, it s solved in a lot of power plants, so i think we ll see| more and more of them, i but the scale is really hard. it s hard to scale that up to cover huge amount i of the world s energy needs. you ll cover percentages but you re not going - to cover 100% of the world. the world is a big battery| but it s hard to harvest it. thank you so much. i m going to come back to the room here at the victoria and albert museum and see if there are any questions. and there s one over
also is transmitted to all. other places in the world. so having solar panels, - wind power located more spread around the world compared to what you have with geothermal power. so i think we ll see more - and more geothermal power on the various locations - where it s possible to have it. the risk is, as you mentioned, it s a challenge, an engineering challenge, - to handle that amount of heat and amount of energy, - but it s still fairly solvable, it s solved in a lot of power plants, so i think we ll see| more and more of them, i but the scale is really hard. it s hard to scale that up to cover huge amount i of the world s energy needs. you ll cover percentages, but you re not going - to cover 100% of the world. the world is a big battery, but it s hard to harvest it. | thank you so much.