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#1
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#2
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![]() "Paul Burridge" wrote in message ... The power company run a line to my house. They supply me with electricity. This amounts to a 230V, 65A facility at the distribution board in a cupboard under the stairs. I run all my stuff from that board. The board contains several RCBOs that trip-out in the event of any leakage current being sensed. If current in = current out; they're happy and won't trip. Because they don't trip out, I conclude I don't use any current. The voltage supplied is 230VAC RMS. Since this is alternating between equal positive and negative half-cycles, the average level of this voltage supply is zero. I use no current and they effectively supply no voltage. Why do I get billed for electricity usage when I clearly can't have used any? There is a minimum charge, regardless of energy usage. Bill W0IYH |
#3
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![]() "News" wrote in message ... "Paul Burridge" wrote in message ... The power company run a line to my house. They supply me with electricity. This amounts to a 230V, 65A facility at the distribution board in a cupboard under the stairs. I run all my stuff from that board. The board contains several RCBOs that trip-out in the event of any leakage current being sensed. If current in = current out; they're happy and won't trip. Because they don't trip out, I conclude I don't use any current. The voltage supplied is 230VAC RMS. Since this is alternating between equal positive and negative half-cycles, the average level of this voltage supply is zero. I use no current and they effectively supply no voltage. Why do I get billed for electricity usage when I clearly can't have used any? There is a minimum charge, regardless of energy usage. Bill W0IYH |
#4
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test again
Bill W0IYH "News" wrote in message ... "News" wrote in message ... "Paul Burridge" wrote in message ... The power company run a line to my house. They supply me with electricity. This amounts to a 230V, 65A facility at the distribution board in a cupboard under the stairs. I run all my stuff from that board. The board contains several RCBOs that trip-out in the event of any leakage current being sensed. If current in = current out; they're happy and won't trip. Because they don't trip out, I conclude I don't use any current. The voltage supplied is 230VAC RMS. Since this is alternating between equal positive and negative half-cycles, the average level of this voltage supply is zero. I use no current and they effectively supply no voltage. Why do I get billed for electricity usage when I clearly can't have used any? There is a minimum charge, regardless of energy usage. Bill W0IYH |
#5
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On Fri, 12 Nov 2004 13:42:19 +0000, Paul Burridge
wrote: The power company run a line to my house. They supply me with electricity. This amounts to a 230V, 65A facility at the distribution board in a cupboard under the stairs. I run all my stuff from that board. The board contains several RCBOs that trip-out in the event of any leakage current being sensed. If current in = current out; they're happy and won't trip. Because they don't trip out, I conclude I don't use any current. The voltage supplied is 230VAC RMS. Since this is alternating between equal positive and negative half-cycles, the average level of this voltage supply is zero. I use no current and they effectively supply no voltage. Why do I get billed for electricity usage when I clearly can't have used any? --- For a purely resistive load, since P = I²R, the sign of the current going into the load gets squared, so that when it goes in negative it comes out positive. For a reactive load, you don't get charged for the imaginary current, (at least in the US we don't) so you get charged for what you use. -- John Fields |
#6
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On Fri, 12 Nov 2004 09:57:13 -0600, John Fields
wrote: For a purely resistive load, since P = I²R, the sign of the current going into the load gets squared, so that when it goes in negative it comes out positive. Seems like there's an opportunity for free energy kooks there. Put positive and negative current in alternately, averaging zero, but get all positive power. :-) |
#7
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On Fri, 12 Nov 2004 13:42:19 +0000, Paul Burridge wrote:
The power company run a line to my house. They supply me with electricity. This amounts to a 230V, 65A facility at the distribution board in a cupboard under the stairs. I run all my stuff from that board. The board contains several RCBOs that trip-out in the event of any leakage current being sensed. If current in = current out; they're happy and won't trip. Because they don't trip out, I conclude I don't use any current. The voltage supplied is 230VAC RMS. Since this is alternating between equal positive and negative half-cycles, the average level of this voltage supply is zero. I use no current and they effectively supply no voltage. Why do I get billed for electricity usage when I clearly can't have used any? What you want to do is take an extension cord, plug it into an outlet on one side of the house, and plug the other end into an outlet on the other side (carefully observing polarity), thereby sending their own electricity back to them, running the wattmeter backwards and nulling out any billable KWH. Bob BTW, just in case, this is a *JOKE*, and it wasn't me telling it. |
#8
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Bob Stephens schrieb:
On Fri, 12 Nov 2004 13:42:19 +0000, Paul Burridge wrote: The power company run a line to my house. They supply me with electricity. This amounts to a 230V, 65A facility at the distribution board in a cupboard under the stairs. I run all my stuff from that board. The board contains several RCBOs that trip-out in the event of any leakage current being sensed. If current in = current out; they're happy and won't trip. Because they don't trip out, I conclude I don't use any current. The voltage supplied is 230VAC RMS. Since this is alternating between equal positive and negative half-cycles, the average level of this voltage supply is zero. I use no current and they effectively supply no voltage. Why do I get billed for electricity usage when I clearly can't have used any? What you want to do is take an extension cord, plug it into an outlet on one side of the house, and plug the other end into an outlet on the other side (carefully observing polarity), thereby sending their own electricity back to them, running the wattmeter backwards and nulling out any billable KWH. Bob BTW, just in case, this is a *JOKE*, and it wasn't me telling it. It might just work if you plug it into your neighbour's house... Markus |
#9
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Quite right. Call the electric company and tell them you want only
half-cycles starting immediately. If they persist in sending you an average of zero, you will start paying your bill with a combination of payment and charge back. That should straighten them out. The way it was explained to me, the electric company sends you the stuff on one wire, but it goes right back to them on the other wire. You should only be paying a small rental fee, as you don't get to keep any of it, and they keep re-selling the same electricity back to you and everyone else. Doug Moore KB9TMY |
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