Solar Panels In Indiana

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How Much Do Solar Panels Cost In Indiana

Of course, the average cost for solar panels will vary from city to city in Indiana. The figures below represent a solar panel pricing range based on the average price per watt of $2.98.

System Size Avg. Cost Per Watt Low-End Price Average Price High-End Price
6 kWs $2.98 $13,410.00 $17,880.00 $22,350.00
8 kWs $2.98 $17,880.00 $23,840.00 $29,800.00
10 kWs $2.98 $22,350.00 $29,800.00 $37,250.00
12 kWs $2.98 $26,820.00 $35,760.00 $44,700.00
14 kWs $2.98 $31,290.00 $41,720.00 $52,150.00
16 kWs $2.98 $35,760.00 $47,680.00 $59,600.00

Keep in mind, the estimates above are based on the average price per watt in the State of Indiana. The average cost per watt in your city might be a bit higher or lower.

Indiana Solar Panel Rebates

In addition to the Federal Solar Tax Credit, you might be surprised to know that there are currently at least 59 rebates available in the State of Indiana. Click the link below to see all of the solar panel rebates available in your state.

  • At Least 59 Solar Rebates
  • Get Federal Tax Credits & Indiana Solar Rebates
  • Save Thousands Of Dollars On Solar Panels In Indiana
man installing solar panels on roof
Indiana Solar Panels By City

Cities In Indiana Where Solar Is Booming

Homeowners in Indiana are saving huge on solar panels with solar tax credits. Find out more about how you can eliminate your energy bills, improving the value of your home, and make Indiana a little more green. Check out some of the cities where solar panels are popular in Indiana below.

  • Anderson
    Sunlight kWh967.3kWh
    % Qualified76.45%
    Med. kW Potential8.5kW
  • Bloomington
    Sunlight kWh993.65kWh
    % Qualified79.92%
    Med. kW Potential10kW
  • Carmel
    Sunlight kWh983.45kWh
    % Qualified89.48%
    Med. kW Potential12.75kW
  • Evansville
    Sunlight kWh1022.55kWh
    % Qualified77.49%
    Med. kW Potential8.25kW
  • Fishers
    Sunlight kWh983.45kWh
    % Qualified97.69%
    Med. kW Potential13.25kW
  • Fort Wayne
    Sunlight kWh957.1kWh
    % Qualified81.61%
    Med. kW Potential10.25kW
  • Gary
    Sunlight kWh974.95kWh
    % Qualified67.49%
    Med. kW Potential6kW
  • Greenwood
    Sunlight kWh996.2kWh
    % Qualified90.77%
    Med. kW Potential11.5kW
  • Hammond
    Sunlight kWh974.95kWh
    % Qualified77.66%
    Med. kW Potential6.25kW
  • Indianapolis
    Sunlight kWh986.85kWh
    % Qualified82.03%
    Med. kW Potential9.5kW
  • Kokomo
    Sunlight kWh970.7kWh
    % Qualified78.29%
    Med. kW Potential8.5kW
  • Lafayette
    Sunlight kWh969.85kWh
    % Qualified92.88%
    Med. kW Potential10.25kW
  • Lawrence
    Sunlight kWh986.85kWh
    % Qualified92.69%
    Med. kW Potential11.5kW
  • Muncie
    Sunlight kWh969kWh
    % Qualified78.54%
    Med. kW Potential8kW
  • Noblesville
    Sunlight kWh983.45kWh
    % Qualified93.85%
    Med. kW Potential12.75kW
  • South Bend
    Sunlight kWh942.65kWh
    % Qualified76.43%
    Med. kW Potential6.75kW
  • Terre Haute
    Sunlight kWh991.95kWh
    % Qualified71.96%
    Med. kW Potential7.25kW

Getting Solar Panel Quotes In Indiana Is Easy!

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Frequently Asked Questions

Common Questions About Solar Panels In Indiana

Still have questions about getting solar panels installed at your home or property in Indiana? Browse some of our most common questions and answers below.

How Often Should Solar Panels Be Cleaned?

The simple answer is any time they become obstructed by too much debris or grime to work efficiently. How long that takes will depend on your location. If you live near a populated downtown, your panels will get covered in soot faster, but if you live in a rainy place, your panels may stay cleaner longer. As a general rule, it is best to clean and inspect your solar panels every 6 months, but you may find it makes sense to clean them more often and get full efficiency from your clean solar panels.

How much do solar panels cost?

When it comes to the all-in price of installing solar panels, several factors can have an impact. Some of the most common factors that affect the pricing of solar panel installation are the type of solar panels you’re using, the number of solar panels you’re installing, your roof type, and interconnection costs. You can learn more about solar panel costs in this resource.

What is the best way to clean solar panels?

In most cases, your solar panels will get a good cleaning every time it rains. However, if you’re in an area that doesn’t get rain very often, you can use a garden hose, a large sponge, and mild dish soap to clean your solar panels. Never use harsh chemicals, pressure washers, or any abrasives that might scratch the surface of your panels. Many solar panel installation companies will also offer inexpensive panel cleaning and maintenance.

How efficient are solar panels?

Modern solar panels are usually about 15% to 18% efficient. This means that 15% to 18% of the sunlight they absorb gets turned into energy. The remaining sunlight is lost as heat, warming the solar panel casing. That being said there are a number of factors that can impact the overall efficiency such as the solar panel age, materials they’re made with, and average sun exposure.

Can Solar Panels Withstand Hail Storms?

Yes! Properly installed solar panels are much more resilient than people imagine. Just because they’re thin and reflective like glass doesn’t mean they are fragile. In fact, many solar panel owners report extensive damage to the rest of their home, cars, and property, while their solar panel system stays undamaged. The angle and direction the panels are installed facing make the biggest difference regarding their vulnerability during a hail storm, and like the rest of your property they can be insured against hail damage.

How much do solar panels weigh?

The average solar panel weighs about 40 pounds. This will add about 2.8 pounds per square foot to pitched roofs, and about 5 pounds per square foot for flat roofs.

How much energy does a solar panel produce?

Solar panels are typically going to be able to produce between 245 watts and 400 watts per hour. This means that if you live in a place that gets 6 hours of direct sunlight each day, a 300-watt solar panel will produce 1.8 kilowatt-hours and a 400-watt solar panel will produce 2.4 kilowatt-hours. Multiplied by 365, this adds up to about 650 kWh to 875 kWh per year.

Interesting Info About Indiana

Indiana, also known as the Hoosier State, has seen a population growth of 4.70% since 2010. As of 2020, the total population was 6,785,528. You might be surprised to find out that 71.2% of the people in Indiana own their homes. This means that of the 6,785,528 people in Indiana, 71.2% are potentially elligible to install solar panels at their home. Click here to find out if you're elligible for solar panels. Did you know that Indiana is the the home of The famous car race: the Indy 500? it should come as no surprise that the state motto is "The Crossroads of America".

The total area for Indiana is 35,826.11 square miles. When you factor in water area, it has an overall size of 36,419.55 square miles. The average elevation in Indiana is 700 feet with the highest point being Franklin Township, Wayne County at an elevation of 1,257 feet. The lowest point in Indiana is Ohio River. This type of landscape is generally advantageous for solar panels.

man installing solar panels on roof