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8 Best Solar Companies in Indiana

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Written By Todays Homeowner Local Pros

Last Updated June 2024

Indiana's solar adoption rates are surprisingly high, coming in at sixteenth in the U.S. according to professional contractors' associations. As a homeowner in the Hoosier state, you might be considering going solar to take advantage of low energy costs, all-encompassing tax incentives, and mandatory net metering laws.

We recommend working with a contractor for solar energy jobs, both for their skillset and for their ability to teach homeowners how to make the most of their solar panels. Want to know where to start? Never fear. We've thoroughly examined the data to determine which Indiana solar companies are the best.

Top 8 Best Solar Companies in Indiana

Blue Raven Solar

Blue Raven Solar Logo

Our Rating

User Rating

3901 W 86th St Unit 124, Indianapolis, IN 46268 (855) 912-3219 blueravensolar.com

Reliable customer support

Informative resources

Clear pricing policy

Free quotes

Services Offered

Grid-tied solar system
Panel installation
Off-grid solar systems
Cleaning and maintenance
Skilled repairs
Financing assistance
Battery storage
Permit assistance

Bone Dry Solar

Bone Dry Solar Logo

Our Rating

User Rating

7735 Winton Dr, Indianapolis, IN 46268 (317) 873-6005 bonedry.solar

Informative resources

Family-operated business

Clear pricing policy

Free quotes

Reliable customer support

Services Offered

Consultation
Skilled repairs
Panel installation
Cleaning and maintenance

Ohio Valley Solar

Ohio Valley Solar Logo

Our Rating

User Rating

7765 Park Pl Dr unit a, Newburgh, IN 47630 (812) 853-9334 ohiovalleysolar.com

Free quotes

Informative resources

Clear pricing policy

Reliable customer support

Services Offered

Cleaning and maintenance
Consultation
Battery storage
Grid-tied solar system
Panel installation
Off-grid solar systems

Morton Solar & Electric, LLC

Morton Solar & Electric, LLC Logo

Our Rating

User Rating

2166 E Morgan Ave, Evansville, IN 47711 (812) 402-0900 mortonsolar.com

Informative resources

Free quotes

Reliable customer support

Clear pricing policy

Services Offered

Battery storage
Consultation
Panel installation

Solar Energy Systems LLC

Solar Energy Systems LLC Logo

Our Rating

User Rating

8015 W 1350 N suite a, Nappanee, IN 46550 (574) 773-0546 sesindiana.com

Informative resources

Prompt service delivery

Reliable customer support

Clear pricing policy

Services Offered

Consultation
Financing assistance
Battery storage
Panel installation

Atomic Electric and Solar

Atomic Electric and Solar Logo

Our Rating

User Rating

1401 S Madison St, Bloomington, IN 47403 (812) 325-5164 atomicsolarelectric.com

Reliable customer support

Clear pricing policy

Free quotes

Informative resources

Services Offered

Battery storage
Panel installation
Grid-tied solar system
Off-grid solar systems

Wellspring Solar

Wellspring Solar Logo

Our Rating

User Rating

1085 North 850 West, Shipshewana, IN 46565 (260) 768-7336 wellspringsolar.com

Free quotes

Informative resources

Reliable customer support

Clear pricing policy

Family-operated business

Services Offered

Panel installation
Grid-tied solar system
Off-grid solar systems

Green Alternatives Inc.

Green Alternatives Inc. Logo

Our Rating

User Rating

702 E Columbia St, Flora, IN 46929 (765) 480-4138 solargai.com

Clear pricing policy

Reliable customer support

Free quotes

Informative resources

Services Offered

Panel installation
Battery storage
Cleaning and maintenance
Today's Homeowner Ranking Methodology

Today's Homeowner looks at dozens of datapoints on solar companies to come up with our data-driven rankings. It's not possible for a company to pay for preferential treatment in our rankings. We look at the following key factors in determining who should top our list:

  • Company Experience
  • Real User Reviews
  • Company Reputation
  • Accreditations and Licenses
  • Service Area
  • Customer Service
Have questions about our methodology or company ratings? Reach out to FindAPro@TodaysHomeowner.com.

Our review team found the 8 solar companies on this list to have exemplary professional standards, a good customer reputation, and a long portfolio of reliable solar projects. We're proud to be trusted by homeowners across the country as a top source for home improvement advice and service provider recommendations. Learn more about our methodology here.

Annual Solar Facts For Indiana

Average Max Temp:

60°F

Average Min Temp:

44°F

Average Daily Sunlight:

53%

Average CO2 Savings Per 5kW System:

88lbs CO2e/yr

Average Monthly Precipitation:

3.54"

Average Solar Savings Per 5kW System:

$960/yr

The Main Types of Residential Solar Systems

The first important decision you'll make when putting together your solar array is what panels to use. There are three main types to choose from, and you can pick which one is best for you considering your budget and the design of your home.

Monocrystalline

In the very hot summers of Indiana, you'll get the best results from monocrystalline panels. Each black-hued cell has only one silicon crystal, meaning you can generate additional energy with a small array. While they cost more in the beginning due to their more complex manufacturing process, their efficiency means you'll save more money over the longer term.

Polycrystalline

You can recognize polycrystalline panels by their navy blue shade. Each cell in these panels uses a composite of multiple silicon fragments, which translates to less manufacturing waste and a lower starting price point.

Although you can build a high-capacity system with polycrystalline panels, it'll have a larger physical footprint when compared to a monocrystalline array at the same capacity.

Thin-film

Thin-film panels are a good choice for value in more "partly sunny" areas of Indiana. They keep their efficiency as temperatures fluctuate and work with many different roof shapes. Thin-film solar panels use various metal alloys instead of silicon crystals. Some homeowners pick them for their reduced weight or ability to fit on non-rectangular roofs. Others select them for their greater heat resistance and low-light performance.

However, they take up more space than monocrystalline or polycrystalline panels, and you might have better-performing options if your property has high solar viability.

Solar Purchase Options

While certain terms may depend on your contractor and model, you may be able to take advantage of these financing tools to keep solar power as affordable as possible:

  • Solar leases: If you choose a solar lease, you could pay as little as $0 down, then a variable amount per month based on how much power your panels will produce. Many leases, but not all, will automatically include required maintenance to maximize efficiency. A lessee could also receive compensation for months when their panels don't meet a predicted efficiency benchmark. However, they don't qualify for state or tax incentives and won't increase your property values. If you sell your house, the panel provider will remove the panels unless the buyer wants to continue with the lease.
  • Power purchase agreements (PPAs): With a PPA, instead of paying the cost of the panels upfront, you'll pay your installer an agreed amount for the power you generate. Each payment will often be less than what you would pay your utility for the same amount of power. Before you sign a PPA, read the terms thoroughly and ask about what occurs at the end of the contract. If you don't extend the agreement, transfer your system to a willing buyer, or buy the system from the contractor, they reserve the right to remove the panels.
  • Financing: Solar loans work like any other kind of financing. You'll have ownership of the system once you pay off the loan, and since you're buying the panels, you can take advantage of tax breaks and other incentives during the payback period. While taking out a solar loan will increase your upfront costs, you'll have better long-term savings.
Besides the price of the panels themselves, your bill will also contain the cost of your contractor's labor and preliminary work done by other contractors. An application fee may be required if you want to participate in net metering.

Residential Solar Incentives and Cost Support

Those electing to install residential solar panels could be entitled to financial incentives or other benefits from their local government or power company, such as:

  • Tax credits: Tax credits or temporary exemptions for new solar equipment are common in many U.S. states. Consult with your tax preparer for more specific information on what is available and the forms you should file. No matter what, you should file Form 5695 on your federal returns to apply for a 30% credit on the value of your solar panels.
  • Rebates: Equipment manufacturers, utility companies, and governments often offer rebates to encourage people to go solar. If your contractor thinks you'll be eligible for a rebate, it will help you fill out the application. If approved, you could receive the money directly or as a credit on your installation or power bills.
  • Net metering: Though many states mandate net metering, others allow utility companies to voluntarily participate to increase their renewable capacity and add an additional layer of energy security. Once you sign up for net metering, you'll send your excess solar power to the local grid. In exchange, your utility will credit you at a retail or avoided-cost rate.
  • Net billing: Some utilities and states are retiring net metering for net billing schemes. Fundamentally speaking, both systems work the same. However, with net billing, you sell the energy to your utility company instead of receiving credits for your excess solar generation. Compensation will usually be at a wholesale or avoided-cost rate, which is less than retail.

Solar Energy By the Numbers in Indiana

Here's a brief look at the state of solar energy in Indiana.

  • Indiana generates 40 MW of residential solar energy, serving 47,126 homes and counting.
  • Solar energy has enabled the creation of 3,600 jobs in Indiana, with more added as companies grow and technology continues to improve.
  • In Indiana, the average new home solar array is rated for up to 10.2 kW and costs $25,462.
  • A five-kilowatt solar installation in Indiana has an average payback period of 10.4 years. That said, a system at that capacity would also save you $960.99 on your energy bill.
  • Without solar, the average family spends about $1,854 every year on their electricity bill.

Useful Resources

Check out these sources to go in-depth on solar policies, incentives, and viability in Indiana:

  • The best solar companies in your city: Our team can offer you solar company recommendations for most Indiana cities, such asDATAPOINT_ERR_{top_live_cities(largest_cities, 5)}.
  • DSIRE: DSIRE has lots of information on the latest local and statewide solar incentive offerings. Search by your location, utility company, and the type of solar system you're installing.
  • PVWatts: Tap into federal energy data and get an idea of your exact property's solar potential.

Indiana Solar Incentives Guide

Incentive Type: Property Tax Incentive

Website: in.gov

Incentive Amount:

Solar energy systems used for heating or cooling: out-of-pocket expenditures by the owner for the components and labor
Wind, hydroelectric, geothermal, solar thermal, solar PV, and other solar energy systems: the assessed value of the system

Incentive Type: Personal Tax Credit

Website: ecowatch.com

Incentive Amount:

30% federal tax credit for systems placed in service after 12/31/2021 and before 01/01/2033. Good for: solar water heat, solar photovoltaics, biomass, geothermal heat pumps, wind (small), fuel cells using renewable fuels.

Frequently Asked Questions About Solar in Indiana

Because they can supply power to your entire home, solar photovoltaic systems will give you more value and cost savings in the long run. However, if you want to install fewer panels or your home doesn't receive enough direct sunlight, go with a solar thermal system and start small.

Solar energy is more efficient and versatile than other types of renewable energy. You can utilize solar power for any appliance or fixture in your home or transfer it to the grid for more savings.

In today's market, homeowners can choose from three main types of solar panels: monocrystalline, polycrystalline, and thin-film. Monocrystalline panels are the most efficient, with a conversion rate of up to 22%. Polycrystalline panels convert around 17%, while thin-film panels convert only around 15%.

There are a few key topics to research and questions to ask for every contractor on your shortlist. Make sure that the company is licensed and insured according to Indiana regulations. Also, verify that the company is registered with the Solar Energy Industries Association (SEIA) and the local chapter of the Better Business Bureau, and that it has a good reputation and sufficient experience installing solar systems like the one you want.

According to Indiana data, you can expect to save about $960.99 per year with a 5 kW solar system. The specific amount you'll save will depend on certain factors, including how much sunlight your house gets and how much you currently pay for power.

Before you go solar, you'll want to ensure you have enough sunlight in your area. Indiana has daily sunlight levels near. For specific information on your property's solar viability, visit a website like PVWatts and discuss your findings with your contractor.

With a solar loan, you can immediately save a decent amount of money on your electric bills, but your time to return on investment will be slightly longer. In Indiana, the average payback period is about 10.4 years for a 5 kW system.

There are often multiple tax incentives that can save you money if you decide to go solar. They will always include a 30% federal tax credit on your panels' value. Other incentives can include state income/sales tax or local property tax credits and exemptions, and they will depend on where in Indiana you are.

On average, a solar system can generate between 10.2 and 20 kW. The bigger your system is, the more electricity you'll generate and the greater your up-front costs will be.

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