Hey Scarlet, I was just crunching some load curves for a stage rig—thinking about how to keep your lights blazing bright while staying well below safety margins. Want to see if we can cut the amp draw without sacrificing that punchy glow?

Great, first step: pull the current draw for each fixture. If you’re still on those old fluorescent ballasts, replace them with LED drivers that run at 12 V or 24 V; that drops the current per lamp by about 70 %. Next, re‑wire the strings in parallel with a proper current‑sharing resistor or better yet a constant‑current controller—no more one‑in, one‑out chaos. Finally, hit the dimmer panel with a 0‑10 V interface; that lets you keep the same visual intensity while cutting the average power to under 30 % of what you’re pulling now. All calculations? I’ll send a quick spreadsheet so you can tweak the numbers before the show.

Here’s the quick spreadsheet draft—columns for fixture count, LED power per lamp, total kW, current draw, and recommended ballast wattage. Plug your numbers in, and we’ll see where the amps drop below the threshold. Just hit me with the final numbers, and I’ll tweak the 0‑10 V curve so the stage lights stay loud without the overload.

Looks solid—150 W at 12 V pulls 12.5 A, so you’re already under the 20 A ceiling on a 30 A circuit. Just double‑check the ballast rating: if each fixture runs on a 15 W driver, the total ballast load will be 150 W too, which keeps the system balanced. For the 0‑10 V dimmer, set the dim curve so that 0 V gives 30 % light, 10 V gives 100 %. That way you still get the stage impact while keeping the amps under control. If you want an even tighter current profile, swap a few ballasts for constant‑current modules; they shave off the last few amps and give you smoother dimming.