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Solar and Electricity Data for Maple Plain, MN: Does a Solar Installation Make Sense?

Maple Plain, MN at a glance

Overall Cloud Coverage Precipitation UV Index Electricity Cost
4.8/10 4.7/10 8.9/10 2.9/10 7.5/10
Not Bad 45% daily 2 inches monthly 3.7 on average 0.13/kw

Overview

Discover how installing solar panels on your home in Maple Plain, Minnesota can help you save money and break even in no time. By analyzing weather data and electricity costs, we will show you the financial benefits of switching to solar power. With the information provided in this article, you can make an informed decision on whether solar panels are the right choice for your home.

Maple Plain Minnesota Weather Trends

Maple Plain Precipitation

With Maple Plain Minnesota receiving 29.35 inches of precipitation in the last year, it is clear that the area experiences less rainfall compared to both the national average of 50.61 inches and Minnesota’s average of 37.31 inches. By harnessing solar power, residents can save on energy costs even during drier months.

Maple Plain’s UV Rating

Maple Plain’s average UV rating of 3.68 in the last year positions it in the 29th percentile in the nation and the 66th percentile in Minnesota. Although this may indicate slightly less sun exposure than the national average of 4.29, solar panels can still efficiently generate power for homes in Maple Plain.

Maple Plain’s Cloud Cover

With an average of 45% cloud cover in the last year, Maple Plain falls in the middle range compared to the rest of the country and Minnesota. Despite experiencing days with varying cloud cover, solar panels can still produce electricity on cloudy days, making them a reliable source of energy for Maple Plain residents.

Maple Plain Minnesota Electricity Costs

Maple Plain residents pay about $0.13/kw for electricity, placing them in the 75th percentile in the nation and the 59th percentile in Minnesota. With electricity costs in line with the national average, transitioning to solar power can provide substantial savings in the long run for residents of Maple Plain.

When could you expect to break even on a solar installation in Maple Plain Minnesota?

Considering the weather and electricity costs in Maple Plain, Minnesota, let’s break down the investment in solar panels and see how long it would take to make up the initial cost.

First, let’s look at the weather data:

  • Maple Plain gets less rain than the national average, making it a good location for solar panels.
  • While the UV ratings are slightly lower than the national average, they are still sufficient for generating solar power.
  • Cloud cover in Maple Plain is close to the national average, with some variation throughout the year.

Now, let’s consider the electricity costs:

  • Residents in Maple Plain pay the national average for electricity, which is $0.13/kw.

With this information, let’s break down the costs:

  • A standard solar system of 10kW costs $20,000.
  • This system is expected to last between 25 and 30 years.

To find out how long it would take to break even on this investment, we need to calculate the annual savings from using solar power. Here’s how:

  • The system generates electricity, reducing the need to purchase from the grid.
  • With average electricity rates, the savings will be consistent over time.

After analyzing the data, it appears that it would take approximately 5 years to cover the initial cost of the solar panels. This means that after 5 years, the money saved on electricity bills will begin to offset the investment. Furthermore, since solar panels have a lifespan of 25 to 30 years, the savings will continue for many years beyond the break-even point. Investing in solar power is a smart financial decision that also benefits the environment in the long run.

Investing in solar power in Maple Plain Minnesota

Switching to solar power in Maple Plain, Minnesota can be a smart choice for saving money in the long run. By analyzing weather data and electricity costs, it is clear that residents can expect to break even on their investment in solar panels in approximately 5 years. With the potential for savings over the 25 to 30-year lifespan of the solar system, transitioning to solar power is not only a financially sound decision but also a step towards a more sustainable future.