Is It Worth Installing Solar Panels

Are Solar Panels Worth It?

Yes, solar panels are worth it in areas with ample sunlight, high energy consumption, and high electricity prices. The average American household consumes 886 kWh per month. Household solar panels generate 350-850 kWh per month, significantly reducing electricity bills by 95.93% annually. Solar panels are worth more with high electricity consumption. Determine how much power do you need to know if is it worth to get solar panels.

Solar panels are a good investment with an average return on investment (ROI) of around 10%. Calculations of return on investment and break even involve lifetime utility costs, installation expenses, and annual energy savings. Solar panels save around 125 dollars monthly and 25,500 to 33,000 dollars over their lifespan. A 6-kilowatt solar power system can save a homeowner approximately 1,500 dollars annually. The payback period, ranging from 5 to 10 years, is influenced by government incentives, tax credits, rebates, and net metering, making solar panels worth more.

Net metering allows users to earn money by feeding excess electricity back into the grid, making solar panels worth more. The money you can make from solar power is influenced by the timing of electricity production, local electricity costs, and specific policies.

Solar tax incentives and rebates further enhance the worth of solar panels. The federal solar tax credit allows homeowners to receive a 30% credit on the total solar system cost. State-specific incentives, as well as net metering programs, contribute to reducing electricity bills.

Solar panels are not worth it in 7 situations such as insufficient sunlight, expensive upfront costs, long payback periods, shading issues, maintenance costs, technological advances, and affordable financial considerations.

This article answers the following questions: Is Solar Worth It? Are Solar Panels a Good Investment? What are the Best Locations for Solar Panels? What are Energy Consumption and Prices? Are Solar Panels a Good Investment? What is the Payback Period for Solar Panels? How Much Money Do Solar Panels Save? Can You Make Money With Solar Panels? What are Solar Tax Incentives and Rebates? Should You Go Solar? Can Solar Panels be Moved From One House to Another? Why Are Solar Panels Not Worth It?

Is Solar Power Worth It?

Yes, solar power is worth it in most cases. Determining whether it is worth getting solar panels depends on 2 factors: the solar system’s location and electricity consumption and prices. Investing in solar energy is worth it if a home location gets a good amount of sunlight and there is high energy consumption with high electricity prices.

What are the Best Locations for Solar Panels?

The best locations for solar panels are the states that receive more sunlight, which generally means better solar energy production. The worthiness of a solar power system is heavily influenced by the location of a home. Installing solar panels becomes particularly good if a residence is in an area with ample sunlight exposure throughout the year, such as in sunny states like Florida, Texas, California, and Arizona. However, it’s essential to note that even in sunnier regions, factors like shading from trees or nearby buildings can impact the system’s efficiency. The following table shows the average annual sunlight in the USA, measured in kilojoules per square meter.

The stateAverage annual sunlightThe stateAverage annual sunlight
Washington3,467 kJ/m²Virginia4,354 kJ/m²
Maine3,815 kJ/m²Illinois4,380 kJ/m²
Vermont3,826 kJ/m²Kentucky4,383 kJ/m²
Oregon3,830 kJ/m²North Carolina4,466 kJ/m²
Montana3,847 kJ/m²Wyoming4,471 kJ/m²
New Hampshire3,891 kJ/m²Tennessee4,486 kJ/m²
New York3,904 kJ/m²Missouri4,545 kJ/m²
North Dakota3,925 kJ/m²South Carolina4,624 kJ/m²
Pennsylvania3,939 kJ/m²Alabama4,660 kJ/m²
Massachusetts3,944 kJ/m²Georgia4,661 kJ/m²
Minnesota3,968 kJ/m²
Nebraska4,685 kJ/m²
Connecticut3,988 kJ/m²Mississippi4,693 kJ/m²
Rhode Island3,989 kJ/m²Arkansas4,724 kJ/m²
Michigan4,018 kJ/m²Louisiana4,725 kJ/m²
Wisconsin4,023 kJ/m²Florida4,859 kJ/m²
New Jersey4,056 kJ/m²Utah4,887 kJ/m²
Ohio4,139 kJ/m²Kansas4,890 kJ/m²
West Virginia4,146 kJ/m²Oklahoma4,912 kJ/m²
Delaware4,232 kJ/m²Colorado4,960 kJ/m²
Idaho4,251 kJ/m²California5,050 kJ/m²
Maryland4,267 kJ/m²Texas5,137 kJ/m²
District of Columbia4,307 kJ/m²Nevada5,296 kJ/m²
Indiana4,318 kJ/m²New Mexico5,642 kJ/m²
Iowa4,331 kJ/m²Arizona5,755 kJ/m²
South Dakota4,332 kJ/m²

What are Energy Consumption and Prices?

The average American household consumes 886 kilowatt-hours (kWh) per month of electricity, 10,632 kilowatt-hours (kWh) annually, as the U.S. Energy Information Administration (EIA) reported. A solar system for a home has the capacity to generate an average350 kilowatt-hours to 850 kilowatt-hours of electricity per month, 10,200 kilowatt-hours (kWh) annually. That means solar electric panels reduce electricity bills by 95.93% yearly.

To answer the question of whether you have an electric bill with solar panels ,The answer is that solar panels reduce bills. Assess your energy needs. Higher consumption makes solar panels worth more. 

To know if it is worth getting solar panels, you must determine how much power you need. If a home consumes a lot of electricity, then solar power is worth it. 

Also, the higher the electricity prices, the more you need to go solar. In the following table, there are electricity prices in all the states.

The stateAverage annual sunlightThe stateAverage annual sunlight
Washington9.79 Cent/ KWHVirginia12.40 Cent/ KWH
Maine16.16 Cent/ KWHIllinois12.56 Cent/ KWH
Vermont18.50 Cent/ KWHKentucky10.56 Cent/ KWH
Oregon11.02 Cent/ KWHNorth Carolina11.24 Cent/ KWH
Montana11.85 Cent/ KWHWyoming12.30 Cent/ KWH
New Hampshire19.63 Cent/ KWHTennessee10.79 Cent/ KWH
New York19.30 Cent/ KWHMissouri13.23 Cent/ KWH
North Dakota12.07 Cent/ KWHSouth Carolina12.91 Cent/ KWH
Pennsylvania14.38 Cent/ KWHAlabama12.41 Cent/ KWH
Massachusetts21.11 Cent/ KWHGeorgia12.26 Cent/ KWH
Minnesota14.09 Cent/ KWH
Nebraska11.31 Cent/ KWH
Connecticut21.62 Cent/ KWHMississippi11.55 Cent/ KWH
Rhode Island18.64 Cent/ KWHArkansas9.99 Cent/ KWH
Michigan16.07 Cent/ KWHLouisiana12 Cent/ KWH
Wisconsin14.28 Cent/ KWHFlorida11.37 Cent/ KWH
New Jersey15.64 Cent/ KWHUtah10.63 Cent/ KWH
Ohio12.64 Cent/ KWHKansas11.56 Cent/ KWH
West Virginia11.57 Cent/ KWHOklahoma10.72 Cent/ KWH
Delaware13.31 Cent/ KWHColorado12.28 Cent/ KWH
Idaho10.57 Cent/ KWHCalifornia19.90 Cent/ KWH
Maryland13.92 Cent/ KWHTexas11.36 Cent/ KWH
South Dakota12.39 Cent/ KWHNevada 11.67 Cent/ KWH
Indiana12.02 Cent/ KWHNew Mexico13.37 Cent/ KWH
Lowa13.81 Cent/ KWHArizona13.16 Cent/ KWH

Are Solar Panels a Good Investment?

Solar panels are a good investment and worth it if the return on investment (ROI) is high. The typical return on investment (ROI) for solar panels in the United States is approximately 10%. On average, you can expect a profit of $10 for every $100 invested in your solar power system. With a 6-kilowatt solar power setup, a householder saves around $1,500 annually, equivalent to $125 monthly.

 To calculate solar panel solar panel ROI, use the equation in the next figure

solar panel investment
solar panel investment

Calculate lifetime electricity costs using the equation in the next picture.

solar energy cost effective
solar energy cost effective

what also make a solar system a good investment is the short payback period, money-saving from electric bills, money from selling extra electricity, and Tax Incentives and Rebates 

What is the Payback Period for Solar Panels?

 A typical payback period for solar panels ranges from 5 to 10 years. The average payback period for solar panels is 7 years. Solar panel payback refers to the time it takes for the savings on electricity bills generated by solar panels to equal or exceed the initial cost of installing the solar system. How long to break even on solar panels is a crucial metric in evaluating the solar panel ROI. Solar panels are worth more when the payback period is shorter.

Government incentives, tax credits, rebates, and net metering shorten this period by reducing initial costs. Regions with higher electricity rates and more sunlight experience shorter payback periods.

To calculate the payback period, use the formula in the next picture.

do solar panels pay for themselves
do solar panels pay for themselves

How Much Money Do Solar Panels Save?

Solar panels save you around 125 dollars monthly on energy expenses. Solar systems must prove sufficiently robust to offset your energy consumption fully; potential savings could amount to as much as 1,500 dollars annually and 25,500 dollars to $33,000 on electricity during the solar system’s lifespan, making them worth the cost in the long term.

To calculate how much solar panels save, follow 5 steps in the next picture.

save on solar
save on solar

To calculate how much solar panels save, follow 5 steps in the next list.

  1. Determine the overall expense of the solar system, including (solar panel prices, solar system components prices, installation costs, and yearly maintenance costs).
  2. Deduct the Federal Tax Credit and any applicable state incentives. 
  3. Calculate the household’s annual power bill. Estimate the portion of your power bill that your solar system can offset, considering the system’s efficiency and sunlight availability. 
  4. Divide the total system cost by the yearly savings from solar to ascertain the years needed to “break even” through electricity bill savings.
  5. Sum the monthly savings before and after the break even.

Can You Make Money With Solar Panels?

Yes, you can make money with solar panels and net metering. Net metering is a billing arrangement where excess electricity generated by solar panels is fed back into the grid, allowing users to get paid to go solar and earn money by receiving credits for surplus electricity produced. Net metering makes solar panels worth it.

Upon redemption of credits, the money earned from solar power is influenced by factors such as the timing of its production, the local electricity costs, and the specific provisions outlined in your state, city, or utility company’s net metering or net billing policy.

For example, solar panels produce 1500 kWh of solar power, yet your electricity consumption is only 1000 kWh. In this case, the surplus production, which amounts to 500 kWh, could be carried forward to the following month’s bill, reimbursed at either its full or partial value based on its original worth.

What are Solar Tax Incentives and Rebates?

Solar panels are worth it more with solar tax incentives, and rebates are accessible both at the federal and state levels. The federal solar tax credit (the Investment Tax Credit (ITC)) enables householders to receive a credit equivalent to 30% of their total solar system, thereby reducing federal tax liability.

In cases where a householder’s tax liability isn’t substantial enough to absorb the entire credit, he/ she can carry over the remaining amount for up to five years. You should seek advice from a tax adviser to determine the most effective way to leverage this credit based on your circumstances.

State-specific incentives for solar energy can vary. Many state governments and local utility companies offer incentives such as rebates and credits, as well as exemptions on sales and property taxes to enhance the affordability of solar installations. Additionally, numerous states provide net metering programs, helping decrease your electricity bills. For detailed information on your state’s available rebates and solar tax credits, the Database of State Incentives for Renewables & Efficiency (DSIRE) is a valuable resource we recommend consulting.

Should You Go Solar?

Yes, you should go solar. Given the continuing rise in electricity prices and the savings achieved by a solar system, it is worth going solar. To answer the question of whether you should go solar now or wait, deciding whether to transition to solar power now or wait depends on various factors specific to your situation, including the current cost of solar installation, available incentives and tax credits, your energy consumption, the potential savings from solar, and any anticipated future changes in these factors. Additionally, assess the advancements in solar technology and whether waiting could offer more efficient or cost-effective options.

After going solar, you can move your panels if you change your place. But there are still 7 factors that make solar panels not worth it, including (insufficient sunlight, expensive upfront costs, unaffordable financial considerations)

Can Solar Panels be Moved From One House to Another?

Yes, solar panels can be moved to a different location or house. This process involves disassembling the panels, transporting them safely, and reinstalling them at the new site. Professional installers can remove solar panels from the roof and reinstall them in a new roof.

The portability of solar panels from one home to another makes them worth more because they can be kept in all conditions and places.

Why Are Solar Panels Not Worth It?

Solar panels are not worth it (a bad investment) because of 7 main reasons in the following picture.

why solar panels are not worth it
why solar panels are not worth it

Solar panels are not worth it (a bad investment) because of 7 main reasons in the following list.

  • Insufficient Sunlight: If your location doesn’t receive enough sunlight throughout the year, solar panels do not generate enough electricity to justify the investment.
  • Expensive Upfront Costs: The initial cost of buying and installing solar panels can be prohibitive for some homeowners, making it difficult to recoup the investment over time.
  • Long Payback Period: Depending on factors like electricity rates and incentives, the payback period for solar panels is longer than expected, reducing their overall value.
  • Bad shading Issues: If your property is heavily shaded by trees, buildings, or other structures, solar panels do not receive enough sunlight to generate significant electricity, diminishing their effectiveness.
  • Expensive Maintenance and Repair Costs: While solar panels generally require minimal maintenance, unexpected repairs or replacements can incur additional costs, impacting the overall financial viability.
  • Technological Advances: Rapid advancements in solar technology will lead to more efficient and affordable options, making current installations less attractive.
  • Unaffordable Financial Considerations: Depending on your financial situation, other investments or energy-saving measures provide better returns than solar panels, making them less appealing in the short term.
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