Hey , I got you ! Adding you now <| sep |> I ' m willing to overpay by a little because no one wants to let them go <| sep |> I doubt it . I haven ' t done the exact math yet , but there are a few things to consider here . First thing is that the correct ratio of panels to Accumulators to run a radar at max power at all hours is about 8 panels to 6 Accumulators . So more panels than Accumulators are needed . This design has less panels than Accumulators which is the first issue I saw . Now granted , there are a lot more of both than you need to run a radar , so it would be fine just for that . However , lasers have a constant drain amount even when not firing , and if they did fire , this system would drain insanely fast . On average those amount of panels would only provide about 1 . 3 MW of power , which isn ' t even enough to fire one laser at full power .