How to Compute the Number of Solar Panels for Your Home

How to Compute the Number of Solar Panels for Your Home

How many solar panels do I need to power up my home?– this is one of the first queries a homeowner interested in solar power could have. People frequently question if they require a specific number of panels based on the size of their property. 

We’re here to tell you that how many solar panels you need won’t primarily depend on the size of your home. The most significant factor is your annual energy consumption, which can vary significantly depending on where you live, how many people live, and whether you heat your home with electricity or fossil fuels like natural gas and oil for cooking, heating, and water heating.

How many solar panels do you need for an average home? 

Let’s get right to it since there’s no need to dither–to equal the typical American home’s energy use, a 2,000 sq. between 16 and 21 solar panels for an ft. residence. That’s assuming the house has a roof facing south and receives plenty of sunlight daily.

Here’s how we arrived at that figure: we divided the annual energy consumption of the typical home by the usual amount of energy that one kilowatt of solar panels can produce in a year, and then we divided the result by the number of kilowatts each solar panel is designed to generate in full sunlight. To determine the range of 16 to 21 solar panels, we conducted the computation for the states with the most and least sunshine, respectively (Arizona and Michigan).

How many solar panels are required to power up your home? 

In summary, the size of your home is not a reliable indicator of the number of solar panels you require. Instead, you may calculate your solar energy requirements by examining your consumption and figuring out how much electricity each solar panel can provide in a year. Every home is unique, and the type of appliances you have, where you live, and the style of your roof all influence what you require.