2 ms·
There's only about 400MJ of energy in each beam, so that's about 110kWh. The beam is dumped a couple of times a day - so it's on the order of a ~10kW continuous
by nippoo 8mo ago
There's only about 400MJ of energy in each beam, so that's about 110kWh. The beam is dumped a couple of times a day - so it's on the order of a ~10kW continuous source if spread over the whole day. Which isn't nothing, but is about the same heat as generated by an average single datacentre rack...
- LeifCarrotson 8mo agoI'd assume that the inputs to the system are far, far more than 10 kW continuously. I just ordered 4 servo motors for a modest-sized industrial machine that moves steel plates around to assemble construction equipment, each one is capable of about 8 kW. I'd be unsurprised if the particle accelerator complex generated waste heat on the order of 5 megawatts to generate a particle stream with an energy of 10 kilowatts. That's 0.2% efficient, pretty good! I bet just running the ceiling lights across the complex uses a lot more than 10 kW...