up much further into this area and reach the boy. ultimately, after four days when they managed to actually reach that boy inside that bore well, he was already dead by then. these bore wells are a big problem in india. boreholes like these are actually constructed to plough the fields, to irrigate the fields, and when the water dries up, most of the farmers, they leave the boreholes open. and according to a report by national disaster response force, since 2009, there have been around a0 deaths of children due to these incidents. there are around 7 million such bore wells throughout the country. but tanmay was very unlucky to survive this, though. in 2006, prince, as a young boy in haryana, he made the headlines when 48 hours long operation could actually save his life. but tanmay was not
hung up by madonna plays. butjust how much heat has been captured? so i have a graph up here, this is what the control system is showing us, from the temperature going into the borehole. this is where we see spikes from the amount of people dancing and the amount of energy we are putting into the boreholes. tonight, you can see there is a little spike here, and that is 200 people doing the slosh for 30 minutes. we managed to raise the temperature from 13 to 14.5 degrees. as events in here go, that is a small one, but you get a thousand people in there, dancing for four or five hours at a gig, you could generate about 800 kilowatt hours of thermal energy, that s a lot of energy. in fact, david claims that is enough energy to make 34,000 cups of tea, or heat 84 houses. so if the system is so groundbreaking, then why haven t we seen it before? heat in many ways is sort
and then if you have got like a big dj, absolutely slamming bass line making everyonejump up and down, slamming basslines, making everyonejump up and down, you could be generating 500 600 watts of energy. can you quantify that for me? i don t know that i kind of know what that means. your house might need a ten kilowatt system, so that s 10,000 watts. so you and i would be generating about. i% to 2% of the heat that is needed to heat your whole house up. but how exactly does the bodyheat system work? the heat from the dancers is sucked up into vents and rather thanjust being pumped out into the atmosphere like a regular ac unit, it is transferred into a specialised fluid and then pumped into a dozen boreholes 200 metres under the venue s community garden. the sandstone and mudstone here absorb and retain the heat, effectively acting like a thermal battery.
butjust how much heat has been captured? so i have a graph up here, this is what the control system is showing us, from the temperature going into the borehole. this is where we see spikes from the amount of people dancing and the amount of energy we are putting into the boreholes. tonight you can see there is a little spike here, and that is 200 people doing the slosh for 30 minutes. we managed to raise the temperature from 13 to 14.5 degrees. as events in here go that is a small one, but you get a thousand people in there, dancing for four or five hours at a gig, you could generate about 800 kilowatt hours of thermal energy, that is a lot of energy. in fact, david claims that is enough energy to make 34,000 cups of tea, or heat 84 houses. haven t we seen it before?
generating about i% to 2% of the heat that is needed to heat your whole house up. but how exactly does the bodyheat system work? the heat from the dancers is sucked up into vents and rather than just being pumped out into the atmosphere, like a regular ac unit, it s transferred into a specialised fluid and then pumped into a dozen boreholes 200 metres under the venue s community garden. the sandstone and mudstone here absorb and retain the heat, effectively acting like a thermal battery. then, when that energy is needed, weeks or even months later, it can be transferred back through heat pumps to warm or cool the venue. we ve attached temperature sensors to all of the borehole loops, so we can see the individual temperature of each loop and how that s varying, and that all feeds back into the control system in the plant room, so we can see notjust the total temperature of the system but each individual