I mean energy consumption depends on the scale of the system.
In theory. You wouldn’t need a continuous source of energy. Or a large scale system. Short bursts and knowledge of how something burns would be sufficient. If you apply aforementioned knowledge correctly.
Rubber for instance is a bitch to put out once it’s started burning. Setting a junkyard or somewhere that has a large supply of tires or rubber products. Would ensure a blaze that burns for a long time.
Point being they could probably get by with drawing on the public power grid for short bursts and not attract to much notice. Rather then some convoluted method of using the energy of storms.
I mean energy consumption depends on the scale of the system.
In theory. You wouldn’t need a continuous source of energy. Or a large scale system. Short bursts and knowledge of how something burns would be sufficient. If you apply aforementioned knowledge correctly.
Rubber for instance is a bitch to put out once it’s started burning. Setting a junkyard or somewhere that has a large supply of tires or rubber products. Would ensure a blaze that burns for a long time.
Point being they could probably get by with drawing on the public power grid for short bursts and not attract to much notice. Rather then some convoluted method of using the energy of storms.