When it comes to determining how much backup generator you need for your home, there are a few things you should consider. First, calculate the wattage needs of each appliance in your home. You also need to determine the circuits that you will need for your standby generator.
Calculate approximate total wattage needs for each appliance in your home
Before you install a backup generator in your home, it is important to calculate how much wattage is required for each appliance. You can find the exact wattage you need in your local appliance manual or in the spec sheet of the appliance.
The wattage you need is dependent on the type of appliance, and the number of devices you will be powering. If you have a refrigerator, you will need a lot more watts than if you only have a microwave or toaster. This is because the refrigerator has to cycle on and off to maintain the interior temperatures.
A standard frost-free 16 cubic foot refrigerator uses 725 watts. That’s not all. It also has a range of settings that affect how much power it draws.
The average American household consumes 10,649 kilowatt-hours (kWh) of energy every year. The most expensive electricity expenses are from extra cooling and heating. These costs can be reduced by using a home energy audit and implementing energy-efficient measures.
Determine essential circuits for a standby generator
A standby generator is a great way to get back on track after a power outage. They can provide you with the power you need to run your entire household. However, you must have the proper connection to get the job done.
Thankfully, it’s relatively easy to install a standby generator. First, make sure you have a fuel source and then find the appropriate fuses and battery. You can install a portable or stationary model, but you must be careful to keep your generator away from bedrooms and other living spaces. Also, don’t forget to check your local building codes to ensure you’re up to code.
After you’ve installed your new standby generator, you’ll need an automatic transfer switch to plug it into your electrical system. To do this, you’ll need to consult a licensed electrician. This is also the time to connect your green ground wire to the open port on the grounding bar in your main service panel.
Consider the cost of a whole-house generator
If you’re thinking about installing a whole house backup generator, there are a number of important factors you should consider. Among these are cost, convenience, and size. The total price of your system can be higher or lower depending on these variables.
First, you need to decide how much electricity you’ll need. This will help you to determine the proper size of your generator. A typical home uses 25 kilowatts of power, so you’ll want a generator with enough capacity to handle your load.
You’ll also need to factor in your electric and gas meter locations. This will make a big difference in how much you’ll pay for installation. Having the gas and electric meters on the same side of your house will mean the lowest possible installation cost. However, having them on different sides of the house will require a more expensive installation.
Finally, you’ll need to consider your electrical sub-panel. This can increase the total cost of your generator by thousands of dollars.
Consider carbon monoxide monitors
The Consumer Product Safety Commission (CPSC) recommends carbon monoxide monitors be used in every home with fuel-burning appliances. The CDC reports that over 10,000 people suffer from CO poisoning annually, and that it is the second leading cause of non-medicinal poisoning death in the United States.
Carbon monoxide is a colorless gas that is a byproduct of combustion. It is produced by gas-burning cars, furnaces, and other fuel-burning devices. Although it is odorless, it is a serious health hazard.
Detectors should be replaced every five to six years. Battery-operated CO alarms are a good choice for consumers who are prone to power outages. They can be installed in virtually any room in the house.
Hardwired CO detectors are a good choice for consumers with older homes. They are more convenient to install than plug-in detectors. However, they are more likely to fail during a power outage.
When buying a carbon monoxide monitor, make sure it meets Underwriters Laboratories standards. Also, look for an end-of-life warning. This will let you know when it’s time to replace your alarm.