Reviewingremy t1_j020ks6 wrote
Yes.
The radiation gives off energy in the form of thermal energy and the most efficient way to convert that into electricity on a large scale is to create kinetic energy. Ie turn a turbine.
And the best way to make heat, turn a turbine is to create steam.
Holden_place OP t1_j021pok wrote
Thanks for reply. Do you know how much energy is lost? For example, ‘Only about 12%–30% of the energy from the [gasoline] you put in a conventional vehicle is used to move it down the road’.
mfb- t1_j026zve wrote
Around 1/3 of the heat gets converted to electricity in fission power plants, fusion power plants would be similar.
Holden_place OP t1_j027rdd wrote
Thanks! This has been interesting to learn about
Reviewingremy t1_j0228d9 wrote
I don't. But don't forget in both those examples the processes are very different.
A lot of the "waste energy" from gasoline will be in the form of thermal energy. Whereas in a nuclear reactor it's the thermal energy you want.
Holden_place OP t1_j0249lq wrote
Understood. I was just using that as example as I learn about the fusion breakthrough.
I read that 300 megajoules power 2 megajoules of lasers. I am wondering how much more is lost on the back end.
[deleted] t1_j024hdk wrote
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[deleted] t1_j0572g6 wrote
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