You don't.
120 volts
yes 240volts is 240 volts
True, 220 volt appliances consume less energy than 110 volt ones, but in order to use them in the US, you would need to convert them to 110 voltage. This is a less efficient use of energy. Plus, 220 volt appliances are a more risky because people can get seriously injured if they get shocked from them.
You will have to purchase a voltage converter that converts 220 volts to 110 volts. They are fairly inexpensive. Do not try to run your 110 volt appliances on 220 volts without a converter because you will damage them and could cause a fire.
one thousand milli volt= one volt
120 volts
yes 240volts is 240 volts
120/240 volts is the working voltage in North America.
True, 220 volt appliances consume less energy than 110 volt ones, but in order to use them in the US, you would need to convert them to 110 voltage. This is a less efficient use of energy. Plus, 220 volt appliances are a more risky because people can get seriously injured if they get shocked from them.
In North America the connection type is 120/240 volt single phase. This allows the use of 120 volts for smaller appliances and equipment along with 240 volts for larger appliances and equipment.
you could use a step down transformer if you had no other option. but the best thing to do is run a 220 feed directly from the fuse panel Step down transformers get very hot and do not last forever
No, use only the voltage for the appliance that your utility system is supplying to your residence. If your system is 208 volts use 208 volt appliances. Likewise if the utility system is 240 volts use only 240 volt appliances. 208 appliances on 240 will overheat the appliances and 240 appliances on 208 will not produce the wattages that the manufacturer recommends for cooking and drying.
No, it requires a 180 Volt supply. Most appliances work +/- 10%, in this case 162 Volts to 198 Volts. I would question whether your appliance is really 180 Volt. No country uses this as domestic supply, it is usually 110V or 220-240V.
Some appliances are better adapted to batteries based on portability. Batteries allow significant portability. Appliances that remain in place, like a refrigerator, would not need batteries.
A volt is a volt is a volt.
A volt is a volt is a volt.
For all intents and purposed the VA rating is the same as the wattage rating of appliances. VA is an electrical classification for Volt Amps. The formula for watts is, Watts = Amps x Volts.