Reactor: 40MW at 50% eff and 1 pellet/s req 80MJ pellets
         60MW at 50% eff and 1 pellet/s req 120MJ pellets
		 80MW at 50% eff and 1 pellet/s req 160MJ pellets
MagConv Gen: 10MW at 100% eff, 1 gas/s, temp 20 req 2MJ gas heat capacity
Value per gas at temp 20 = 10MJ

80MJ pellet <- 8 gas (80->10)
120Mj pellet <- 12 gas (120->10)
160MJ pellet <- 16 gas (160->10)

8/12/16 h-water plants -> 2/3/4 deuterium plants -> 1 pellet plant

Generator Entity Output Equation
output-in-kW / (temperature-difference * heat-capacity-in-kJ) / effectivity = fluid-per-sec

Solved for deuterium heat capacity
10000 / (5 * 2000) / 1 = 1

Solved for effectivity using water heat capacity (workaround for bug)
10000 / (5 * 0.2) / 10000 = 1
