MrStickyScissors
Well-Known Member
i have a 125 amp pannel. i need at least 200 amp panel. how do i go about upgrading and how much do you think it will cost. thanks in advance
I don't think so, that seems like something the elec company might have to decide to do.can i upgrade the feed?
This is how I describe it, when some one asks me: "isn't my power bill going to be cheaper if I run my lights at 240v?"Here's the misconception about running your lights on a 220v circuit being cheaper to run. If your electrical company charged you by the amp (volts divided by resistance) then you whould be correct as a 1000w device on a 220v circuit will draw 4.54 amps (1000w divided by 220v equals 4.54 amps. Whereas a a 1000w device on a 110v circuit will use 9.09 amps, or double that of 220v. the thing is you get charged by the watt which is volts x amps, so being that they use the same Wattage, you'll be paying the same either way. Note this doesn't take power factor into the equation, but that's a story for another day.
you do know that a "1000w device on a 220v circuit will draw 4.54 amps (1000w divided by 220v equals 4.54 amps."as you said is split between both pols of the plug. so it still takes 9.09 amps. you cannot take any devise that takes x amount of amps. and make it run on less. the same as you cant make it take mare amps. it will fryHere's the misconception about running your lights on a 220v circuit being cheaper to run. If your electrical company charged you by the amp (volts divided by resistance) then you whould be correct as a 1000w device on a 220v circuit will draw 4.54 amps (1000w divided by 220v equals 4.54 amps. Whereas a a 1000w device on a 110v circuit will use 9.09 amps, or double that of 220v. the thing is you get charged by the watt which is volts x amps, so being that they use the same Wattage, you'll be paying the same either way. Note this doesn't take power factor into the equation, but that's a story for another day.
Great post!Well, it sounds like the Original Poster went ahead and had a pro install his upgrade.
I've done most of the wiring upgrades in my home from breaker panel to outlet, but when it came to going from 100A to 150A at the mains, I didn't hesitate to call in someone licensed and knowledgeable. Here's why;
1. Lighting is a special load, because it's persistent, that is, it runs longer than two hours. Therefore, additional capacity is needed to service lighting loads safely.
2. Longer runs need thicker cable than short ones.
3. Connections in high amp circuits need to be positive and TIGHT.
4. The thing to watch out for in 120V circuit is load balancing, so you don't trip your breaker by pulling as little as half the rated amps.
5. Water and electricity don't mix. You MUST have a GFCI breaker in your system. The guy standing in a puddle grabbing a worn cord is likely to be you.
6. Burning your house down involves a serious risk of dying in the fire- and at the very least, it's a bad way to make the acquaintance of your local fire and police departments!
My peace of mind is worth a lot more than the $2100 I paid for the upgrades, additional panels and heavy cable pulled into the grow area.
Bonus; now I have someone I can call for any stupid electrical question I'll ever have again!
Extra bonus; if it's the right electrician, he'll take payment in kind. BUD. Skilled tradesmen party too, and they can afford the chronic. Just don't expect to pass off second rate weed this way...