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0 Best Solar Companies in District Of Columbia

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Written By Todays Homeowner Local Pros

Last Updated June 2024

Top 0 Best Solar Companies in District Of Columbia

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 panel of experts found the 0 solar companies on this list to have exemplary professional standards, a long portfolio of reliable solar projects, and a good customer reputation. Supporting your home improvement goals with authoritative advice and company recommendations is our mission at Today's Homeowner. Learn more about our methods by clicking here.

Annual Solar Facts For District Of Columbia

Average Max Temp:

63°F

Average Min Temp:

47°F

Average Daily Sunlight:

55%

Average CO2 Savings Per 5kW System:

56lbs CO2e/yr

Average Monthly Precipitation:

3.62"

Average Solar Savings Per 5kW System:

$650/yr

The Main Types of Residential Solar Systems

The first important decision you'll make when planning your solar system is what panels to use. There are three main kinds to choose from, and you can decide which one is right for you based on your budget and the design of your home.

Monocrystalline

In the warm summers of District Of Columbia, you'll get the best results from monocrystalline panels. Each black-hued cell uses only one silicon crystal, meaning you can generate more energy with a small array. Since they're more intricate, they come at a higher-than-average starting price point. However, they also have the longest lifespan and better ROI possibilities than other types of solar panels.

Polycrystalline

Polycrystalline solar panels have navy blue cells made of multiple silicon fragments. Aside from their lower upfront cost, they have a less wasteful manufacturing process.

However, they take up more space than monocrystalline panels, so you'll need more space on your roof for a high-capacity array.

Thin-film

Thin-film solar panels use different metal alloys instead of silicon crystals. Some homeowners choose them for their lower weight or greater compatibility with unique roof shapes. Others go with them for their high heat resistance and low-light performance. Thin-film panels are a good choice for value in more "partly sunny" areas of District Of Columbia. They maintain efficiency as temperatures fluctuate and work with many different roof shapes.

However, they're less space-efficient than monocrystalline or polycrystalline panels, and you may have better-performing options if your property has high solar potential.

Solar Purchase Options

Adopting solar power is a large investment. Once you and your contractor agree on which kind and model of panels to use, you can select from a range of purchase options, like the following:

  • Solar leases: You can avoid down payments or upfront costs entirely with a solar lease. Instead, you'll pay based on what the installer expects your panels will generate. Leases will frequently include the cost of repairs and scheduled maintenance. If your panels don't reach their projected generation in a certain month, you could receive a partial reimbursement. However, they do not 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 decides to continue with the lease.
  • Power purchase agreements (PPAs): If you enter a PPA, in place of paying the cost of the panels upfront, you'll pay your retailer an agreed amount for the power you generate. Each payment will often be less than what you would pay your utility for the same power. Remember that some PPAs can last for 20–25 years. While you can end the PPA, there may be early termination fees you'll have to pay.
  • Solar loans: Most homeowners purchase their solar panels by taking out a solar loan, whether through their contractor's financing partners or a local bank. It's usually quicker to repay a loan than to complete a PPA. Further, because you're purchasing rather than leasing, you can take full advantage of incentives and special offers from your utility or local government. A credit check may be required, but lenders may still have great options for you even if you have a limited or weak credit history.
Beyond the price of the system, your bill will also include the cost of your installer's labor and preliminary work done by other contractors. An application fee may be required if you're preparing for net metering.

Residential Solar Incentives and Cost Support

State governments and utility companies incentivize solar panel installation through a variety of different programs, like:

  • Rebates: Rebates can come from a manufacturer, power company, or government. Your solar provider can help you apply for them during the planning phase of your project. In some cases, the money will go directly to the installer as compensation for installing a company's products or interconnecting the system. Other times, it will go directly to you, and you can put it toward your first loan, lease, or PPA bills.
  • Tax credits: The IRS gives a 30% tax credit on the value of your new solar equipment, so you should include Form 5695 with your federal returns for the year. Your state, county, or city could also provide similar income or property tax credits, or even exempt solar equipment for a period of time after installation.
  • Net metering: Net metering is a program that utilities and states use to add renewable energy capacity and fortify their grid. If your solar array generates more energy than you actually use, you can send the excess generation to the grid in exchange for bill credits.
  • 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 electricity 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 below the retail rate.

Solar Energy By the Numbers in District Of Columbia

Curious about solar energy's impact on the District Of Columbia economy? These statistics paint a good picture of the growing solar market in your area.

  • In District Of Columbia, the average new home solar array is rated for up to 9.8 kW and costs $25,885.
  • Without solar, the average family spends about $EnergySpendingPerHousePerYear each year on their energy bill.
  • District Of Columbia generates 94 MW of residential solar energy, reaching 83,984 homes and counting.
  • Solar energy has enabled the creation of 1,051 jobs in District Of Columbia, with more added as companies grow and technology continues to improve.
  • A five-kilowatt solar energy system in District Of Columbia has an average payback period of 16.3 years. That said, a system at that capacity would also save you $649.65 on your energy bill.

Useful Resources

Want to learn more about solar energy in your area? Take a look at these pages and resources:

  • Best solar companies by city: If you're looking for tailored solar company recommendations in your area, Today's Homeowner has just what you need. We can recommend you the best companies in cities likeDATAPOINT_ERR_{top_live_cities(largest_cities, 5)}.
  • DSIRE: DSIRE has a wealth of information on the latest local and statewide solar incentive programs. Search by your location, utility company, and the type of solar system you're looking to install.
  • PVWatts: PVWatts is a useful online tool that lets you virtually try out different solar systems on your house. You can find out how much energy your panels would produce and see which angles and locations would give you the best ROI.

District Of Columbia Solar Incentives Guide

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 District Of Columbia

A solar water heating system might be the best starting point if you don't have much roof space or want to install fewer panels. However, if you have the budget and space for a photovoltaic system that can power your entire home, you'll have the best possible versatility and value.

Solar energy is more efficient and versatile than other types of renewable energy. You can use solar power for any appliance or fixture in your home or sell 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 about 22%. Polycrystalline panels convert around 17%, while thin-film panels convert only around 15%.

Before hiring any contractor, you should verify their experience and expertise to ensure they're qualified for your project. A quality contractor will find ways to minimize your costs without compromising on safety or efficiency, keep an unobtrusive and safe work environment, and practice clear and regular communication.

With progress and innovations, solar energy has become viable in many more places. However, the amount of sunlight someplace gets is still the most impactful factor determining solar viability. In District Of Columbia, the direct sunlight per day is about average.

On average, you can expect to pay about $2,650 per kW for their solar panels. However, this number is dependent on several factors, including the number of panels and the quality of the solar panels you select.

With a solar loan, you can immediately save a lot of money on your electric bills, but your time to return on investment will be slightly longer. In District Of Columbia, the average payback period is about 16.3 years for a 5 kW system.

You can increase your solar system's efficiency by regularly cleaning your panels, ensuring there are no obstructions like tree branches, and upgrading your microinverter or DC optimizer as needed. Your contractor may include panel maintenance as part of a comprehensive plan.

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