I have just wondered, with the Uk going to be leaving the EU, will the 230v be scrapped? And uk, reverting back to the old tolerances?
No. I have no reason to believe that this will happen. Do you?I have just wondered, with the Uk going to be leaving the EU, will the 230v be scrapped? And uk, reverting back to the old tolerances?
The CE mark isn't a "standard" other than meaning Chinese Export
Quite. I think that many people are probably getting a little silly and/or not thinking clearly/deeply enough. There are countless "European" (and other international) things to which we subscribe that are nothing to do with (and/or do not depend upon) EU membership.not sure why anything will change ... why would CE not be valid??
We could - but, just like the Chinese, Japanese, Koreans, Americans or whoever, if we wanted to export products to the EU (which we usually would want to be able to do), we would have to comply with the relevant EU regulations and CE mark the products to indicate that compliance.CENELEC is trying to standardise regulations, but we have also been relying on the CE mark, so without an input to what is permitted in EU we could have items which don't comply with EU but do comply with UK or vice versa
I suspect that while it's a myth, like many myths there's more than a grain of truth behind it.That's a myth.The CE mark isn't a "standard" other than meaning Chinese Export
There was no interest from the DNOs to change to 230V as that would increase currents in the network, and their I²R losses along with that - which is in part why we never left 240V anyway.
Reducing the voltage would, indeed, result in a reduction in power usage, but energy usage (which is what we pay for) would remain much the same (might even increase slightly, due to increased losses) ... a kettle or heater would consume less power (i.e energy per unit time), but would take longer to heat water, room or whatever to the desired temperature, so the energy used would be at least as high - the laws of physics can't be beaten... surely the majority of high power loads (heaters, kettles, etc) are resistive and, as such, reducing the voltage to 230v would actually cause an overall drop in network current? Of course, this would also have the unpleasant side effect of reducing total power usage, and therefore electricity bills - perhaps that's the real reason
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