Doubleuj wrote:I’ve got 2x 2400w and 1x 3600w elements in my 100L boiler, only because I can :teasing-tease:
I use all 3 (8400w of power) for heat up then just run on one 2400w.
Works a treat
Bryan1 wrote:With the high cost of power these days one does wonder why people on the grid spend a heap on new high power circuits to run the still when using gas would of saved spending that money in the first place.
The Stig wrote:Bryan1 wrote:With the high cost of power these days one does wonder why people on the grid spend a heap on new high power circuits to run the still when using gas would of saved spending that money in the first place.
6kw Solar System on the roof
We feed the grid :teasing-neener:
You should try it :laughing-rolling:
The Stig wrote:Bryan1 wrote:We feed the grid :teasing-neener:
You should try it :laughing-rolling:
hillzabilly wrote:I use three 1800wt elements for an 18gal keg boiler,find it loads 10amp power points and cords less,then ifn ya wish to run somewhere else its not a problem.cheers hillzabillly ;-)
gad wrote:To work out how much it's costing you to run your electrical element:
Divide Wattage (W) by 1000 to convert W to Kilowatts (KW) …………….. eg: a 2200 W element is 2.2 KW
Check your electricity bill to see what your being charged per KWH, in my case the current costs of electricity in the ACT = $0.2276 cents per Kilowatt Hour (KWH).
Assume I ran the 2.2KW element for 10 Hours.
2200W x 1000 = 2.2KW x .2276c = .50072c ph. (Run for 10 hours = $5.0072) (.50072 x 10 = $5.0072)
or
2.2 x 10 x .2276 = $5.0072
Cheers
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