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People spend hundreds of thousands of dollars on a house but most don't have a backup power supply. When the home builders have their parade of homes, I always ask why they don't have a backup generator or at least wire the house for one. They always say cost. They build a $300,000 house and won't spend less than $10,000 on a generator?
Most larger homes these days have 2 main panels to provide enough circuits. Proper planning can set up one of those panels with all of the essential circuits in the house using 100 amps or less. A transfer switch can be put on that panel to disconnect it from the power company service when the power goes out. A generator capable of a 2200 kilowatt output with a transfer switch costs about $5000 delivered. Installation as a home is built should add less that $1000. Installing it later could cost $2000 to $3000. A generator like this will test itself every week by running for 10 minutes. It automatically comes on when the power goes out and shuts down again when power is restored. They usually run on natural gas or propane.
It's still cheap compared to the damage that could happen if the power goes out in the middle of the winter because of an ice storm. It could take several days to get power back in some bad storms. Most furnaces require electrical power. If the house freezes up, water lines can burst which could cost much more than the generator.
I live in the country near the end of the power line that comes from a substation 7 miles away. In 1980 the power was out for 2 weeks when a wind storm went through. That means no water from the well if you don't have a generator to run the pump. It was in July when it was hot and humid and no power for a fan or air conditioning.
Just last week the power went out from 5:30 until 8:15. My battery backups beeped and within 10 seconds the power was on.
I know Generac offers free in-home assessments to find out what it would cost to protect your home. It's worth finding out what it would cost.
Where I worked, I tried to get them to put a backup power unit in for the main office because everything ran off the computer system including the phone system.
Most larger homes these days have 2 main panels to provide enough circuits. Proper planning can set up one of those panels with all of the essential circuits in the house using 100 amps or less. A transfer switch can be put on that panel to disconnect it from the power company service when the power goes out. A generator capable of a 2200 kilowatt output with a transfer switch costs about $5000 delivered. Installation as a home is built should add less that $1000. Installing it later could cost $2000 to $3000. A generator like this will test itself every week by running for 10 minutes. It automatically comes on when the power goes out and shuts down again when power is restored. They usually run on natural gas or propane.
It's still cheap compared to the damage that could happen if the power goes out in the middle of the winter because of an ice storm. It could take several days to get power back in some bad storms. Most furnaces require electrical power. If the house freezes up, water lines can burst which could cost much more than the generator.
I live in the country near the end of the power line that comes from a substation 7 miles away. In 1980 the power was out for 2 weeks when a wind storm went through. That means no water from the well if you don't have a generator to run the pump. It was in July when it was hot and humid and no power for a fan or air conditioning.
Just last week the power went out from 5:30 until 8:15. My battery backups beeped and within 10 seconds the power was on.
I know Generac offers free in-home assessments to find out what it would cost to protect your home. It's worth finding out what it would cost.
Where I worked, I tried to get them to put a backup power unit in for the main office because everything ran off the computer system including the phone system.