How Much Sun Does My House Get For Solar Panels?

Now that you know where the greatest spots for panels are, check to see whether you have enough room. Here’s how to get a ballpark figure:

  • Examine your electric statement to determine how many kilowatts your home consumes on a monthly basis.
  • Calculate the amount of space you have on your roof. The average solar panel is 17.6 square feet in size and produces 265 watts per day when exposed to direct sunshine, equating to 15 watts per square foot.
  • Divide your square footage by 17.6 to get how many panels will fit in your available roof space.
  • Then multiply the number of panels by 265 watts and add 30 days to the total.

Does the figure correspond to the quantity of electricity you use each month? If not, solar panels can still be used to complement your energy needs.

How much solar do I get?

You’ll want your solar panels to get roughly four or five hours of direct sunlight in the best-case scenario. Between 10 a.m. and 3 p.m., that sunshine should reach your panels.

The sun is at its highest point, and the rays are at their most direct. If there are any sources of shading on your property that hinder the sun from reaching your panels during those hours, you should look into how you can reduce the shade before installing solar panels. Your installation provider will be able to assist you in locating these impediments.

What is the average amount of sunlight that a house receives?

The number of sun hours in your area varies, but the average is roughly seven each day. A solar radiation meter can be used to measure sun hours more precisely at home.

How can I tell if my house is solar-panel-ready?

Every year, the average homeowner spends $1,200 on electricity expenses. Wouldn’t it be amazing if we could instead generate free electricity? You can do it if you can put solar panels on your house.

You should be able to do some research on your own before scheduling solar tests to see if solar panels are a suitable fit for you.


The cost of purchasing a solar system is relatively expensive at first. Solar panels, inverters, batteries, wiring, and installation are all included in this cost. Nonetheless, because solar technology is continually improving, it’s realistic to predict that prices will continue to fall in the future.


Although solar energy can be collected during overcast and rainy days, the solar system’s efficiency is reduced. Solar panels must be exposed to sunlight in order to collect solar energy. As a result, a couple of overcast, rainy days can have a significant impact on the energy system. It’s also important to remember that solar energy cannot be collected at night.

Thermodynamic panels, on the other hand, are an option to consider if you need your water heating solution to work at night or during the winter.

Check out our video for a breakdown of how effective solar panels are in the winter:

Why are solar panels a waste of money?

Because solar panels cannot store electricity, their production will be reduced in overcast conditions and will be nil at night. As a result, most home solar systems necessitate the usage of a solar battery. When evaluating if solar panels are worth it for you, keep this additional expense in mind.

A solar panel requires how many hours of sunlight every day?

On a clear day, each square meter receives 1000 watts of solar electricity at high noon. On a normal day, it receives roughly 6,000 watts, as evidenced by the big yellow spots. So, despite the fact that the average day is exactly 12 hours long, the electricity you obtain from your panels is equivalent to around 5 to 6 hours of full light per day. With a typical modern solar panel’s efficiency of around 12%, you may expect to get around 700 watts per square meter of panel. So, if you live in a “six” area on the map, you may expect 6 hours of sunlight every day throughout the year.

This map shows the yearly average for an average June (best case) day.

A vast area of the country has turned yellow, indicating that much of the country can get good solar electricity over the summer.

This map shows the yearly average for an average December (worst case) day.

As you can see, it’s a very different scenario in the winter. Much of the country now only gets 4 hours or less of full sun each day on average.

This map shows the yearly average for an average January (worst case) day, but with a solar tracking mount.

When you look at this map next to the previous one, you can see how much of a difference a tracking mount system can make. The WattSun is a 2-axis tracker, and the example presented is for it. A single axis tracker, such as the Zomeworks, will cost a little less than a fixed array, but still a lot more. The major issue with tracking mounts is that they provide the most boost in the summer, when power is most needed in the winter. If you have lots of power in the summer but not enough in the winter, a maximum power point tracker may be your best bet (MPPT Charge Controller). When solar panels were selling for $10 or more per watt, tracking mounts made a lot more sense, but now that costs are about $4.50 to $5.50 per watt, the economic benefits of tracking are reduced.

Is it possible to use solar panels in the shade?

Solar panels will still perform in the shade, albeit at a decreased capacity due to less sunshine exposure. Though the statistics will vary depending on how much shadow the panels are exposed to, the general rule is that solar panels will produce about half as much energy in the presence of clouds and shade as they would in bright sunlight.

Is it possible to use solar panels on overcast days?

Photovoltaic panels can generate electricity from direct or indirect sunlight, but they are more efficient in direct sunlight. Even if the light is deflected or partially obscured by clouds, solar panels will continue to operate. Rain actually aids in the proper operation of your solar panels by washing away any dust or grime. If you live in an area with a strong net metering policy, extra energy generated by your panels during the day will be used to offset energy used at night and other times when your system isn’t running at full capacity.

Why is it that houses with a northerly orientation are so popular?

Aspect facing north The most popular homes are those that face north or north-east since they receive the most direct sunshine throughout the day, especially during the winter when the sun is at its lowest.