120 to 160 watts
between 265 and 540. It is 265 to 540 because if your refrigerator is No Frost then it has internally equiped heater which melts Ice and that heater consume 200W extra electric power. Hence we can say that the Direct Cool Refrigerators uses less electricity than No frost Refrigerators.
If you want to calculate the wattage of complete house, you may go on this website and enter the appliances which you have and it will give you the both Rated Wattage and Surge Wattage.
http://www.generatorsales.com/wattage-calculator.asp
5
The energy consumption of a party refrigerator can vary, but on average, a refrigerator may use about 1-2 kilowatt-hours per day. It's important to check the specific energy usage information provided by the manufacturer or refer to the appliance's energy label for more accurate data.
While it varies based on the size / efficiency rating of the refrigerator, the average fridge (17 cu ft) uses about 110kW
The energy consumption of a party refrigerator can vary, but on average, a party refrigerator might use around 1-2 kWh per day. This can depend on factors such as the size of the refrigerator, its energy efficiency rating, and how often it is opened and closed during the day.
The average air conditioning unit uses about 2-3 kilowatts per hour when in operation. So, if you run your air conditioner for 8 hours a day, it could use roughly 16-24 kilowatts per day. This can vary depending on the efficiency and size of the unit.
2
0.05 to 0.1 kW.
The kilowatts will very depending on the size of the heating element(s) and the size of the pump(s).
To convert kilowatts to amperes, you need to know the voltage of the circuit. Without the voltage, you cannot determine the amperage. Use the formula: Amperes = Kilowatts / Volts.
Kilowatts is how fast it uses energy, the amount of energy per day is measured in kilowatt-hours. If the house uses 2 kilowatts continously on average, it would use 48 kilowatt-hours per day.
The number of Kilowatts needed will vary according to the stock tank heater itself and how much use it receives.
To convert kilowatts to horsepower, you can use the formula: 1 kilowatt = 1.34102 horsepower. Therefore, to produce 48000 kilowatts, you would need 48000 x 1.34102 = 64314.96 horsepower.