<><><>
Like in whole Europe in the UK it is 230 Volts, AC 50 Hz. This is allowed to vary from a lower limit of 216.2 Volts up to an upper limit of 253 Volts.
For more information see the answer to the Related Question shown below. <><><>
In the world we have mostly 220 to 240 volts 50 Hz (blue) or 108 to 132 volts 60 Hz (red). Scroll down to Related Links and look at "Worldmap for AC Voltage and Frequency - Wikipedia". <><><>
The UK voltage is now 230 V +10% /- 6%, AC, 50 Hz.
However, it's worth noting that this 'new' nominal voltage has been nothing more than a 'paper exercise' to comply with European harmonisation standards. In practice, nothing has been done to change it from the original UK standard, which was 240 V +/- 6%. (If you compare the allowable percentage variation for each standard, you will note that the range of allowable voltages is roughly the same!)
The nominal voltage for the UK 230 V (+10/-6%).
The nominal mains voltage in the UK is 230VAC, 50 Hz.
Mains electricity is nothing but main source of power in an installation. From the mains the power is then branched out to different end usage.
Power consumed by an electrical appliance will increase with a reduction of applied voltage.
Transformers are used with tools that operate on less than 'mains' voltage.
To control fluctuating power in a rural home I'm assuming you mean the power or lights dim out when certain electrical appliances come on. This fluctuation or dimming of the lights will sometimes occur when a well water pump kicks on, or the home AC starts, usually any major appliance that has a large amperage draw, even a household refrigerator. Typically the dimming of the lights is caused by too small of wires feeding the main electrical panel to the home. I would recommend having a licensed electrician look at the electrical service coming into your home. Hope this helps some.
Power Spikes
The voltage is 230volts and this is the norm in Europe.
230 for Europe
230 / 240 volts
Everything that is plugged into the mains socket and switched on will use electricity even if it's a battery charger with no batteries in. So yes they do draw electrical power from the mains.
You get power, which is voltage * current (so both!).
in Australia most homes are single phase 240 volts but when measured with a multi meter sometimes you get readings of between 230 and 250 volts
A 'service mains' is not associated with an electricity 'transmission' system, but with a low-voltage 'distribution' system. The service mains is the name given to the cable that connects a building to the low-voltage mains supply.
The equipments power requirements, and the mains voltage. The output of the power supply must be able to deliver the correct voltage to the equipment, at the appropriate wattage. Additionally, it should be capable of operating on the supplied mains voltage and wattage.
Rarely... Electrical companies reduce the voltage to save money on generating power. Most electrical equipment will still operate even if the voltage is within 5% of its rating. For example - in the UK, our mains voltage is rated at 240V, however - the actual voltage supplied is 230V.
Mains electricity is nothing but main source of power in an installation. From the mains the power is then branched out to different end usage.
Desktop computers all come with a power supply that changes the mains voltage in your country's electricity supply to that needed inside the PC. Thus the Voltage used by your PC is the mains voltage in the country where the PC was sold.
It all depends in what context. Electrical power packs usually convert mains power to a lower voltage by use in electronics. A mechanical power pack can refer to an electrically driven hydraulic pump for supplying a hydraulic system.