You may have thought about getting a standby generator if you frequently have power outages in your home because they can be stressful. Even though all standby generators are made to serve a similar function, it can be challenging to decide which one is best for your requirements and price range. The team is a top seller and installer of electric generators installed by domestic electrician Brisbane, and they are aware of the advantages a good standby generator can provide for every home. This team has therefore provided some information to assist you in making the best standby generator selection for your home.
Find out why your home needs a standby generator for three different reasons.
Tips for Choosing a Standby Generator
It is critical to be aware of the following details when selecting a standby generator for your home:
How Much Power You Need
When choosing a generator, you must first take into account the wattage needs of your home. You must add up the wattage of everything you want to use your generator for in order to figure this out. This can include your air conditioning unit, lighting, refrigerator, washing machine, or device charger. You will require more wattage if you want to utilise more devices and appliances. The following is a list of various household appliances and devices' approximative running wattage ratings:
Freezer/Refrigerator: 600–800 watts
2500 watts for an electric range with one element
1,100 to 1,700 watts for a toaster
800 to 1,200 watts for the microwave
400 to 800 watts for the coffee maker
oven powered by 5,000 watts
100 to 350 watts for television
300 to 2000 watts for a personal computer
1200 to 1500 watts for the hair dryer
700 to 1400 watts for vacuum
1,000–1,500 watt space heater
150-watt table lamp
5,000 to 25,000 watts for an electric furnace
Radiant heater: 1,200–1,500 watts
Air conditioning in the central area: 2,000–4,000 watts
3,500–4,500 watts for an electric water heater
1,000–2,000 watts for the water pump
Window AC power ranges from 600 to 1500 watts.
Lighting for the outdoors: 500–1,000 watts
Pump for the sump: 1200–1,800 watts
Starting Wattage and Running Wattage Differences
You must comprehend the distinctions between starting and running wattage before you can determine your required wattage. The best way to describe starting wattage, also known as surge watts, is the quantity of electricity required to turn on a device. Typically, a device requires about three times as much power to start as it does to maintain smooth operation. The amount of electricity required to maintain a device's operation after it has been turned on is referred to as running wattage, also known as continuous wattage.
