Solar Panels Columbus, Georgia
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Columbus Solar Panels
We believe in solar as a wise investment, given the abundance of sunshine available in the state, cost-effective incentives, and the use of clean, renewable energy. Solar panels are both environmentally friendly and cost effective.
When it comes to how much you can save, a study shows that solar energy customers in America’s 50 largest cities, which includes Atlanta, that invest in a 5 kW solar PV system save an average of between $44 to $187 per month (before a loan, lease, or PPA payment) during the first year that they own their system.
And then consider the fact that most solar panels are designed to last for more than 25 years. Solar panels are not only extremely reliable, but their longevity has increased dramatically over the last 20 years.
With savings like the ones mentioned by the study, the fact that most solar systems pay for themselves within 12 years in Georgia, and their longevity, it means that you’ll be producing electricity for free for approximately 10-12 years or more.
To get your solar panel installation quote in Columbus, click the button below and call us now!
Why Install Solar Panels in Columbus, Georgia?
Let’s start with your wallet, because we can make a guess that that’s what primarily concerns you.
Columbus Solar Panel Prices
According to the Solar Energy Industries Association, the cost of a residential solar panel system has decreased by more than 60% on an annual basis over the last decade, falling from more than $50,000 for a 6-kilowatt-hour (KWh) system in 2011 to between $16,000 and $21,000 in 2021.
Combine this with the solar incentives available in Columbus, GA, and solar panel installation for your home seems even more affordable.
Tax Credit for Solar Panels in Columbus GA
Federal solar tax credit has been around for some time and it allows you to claim a percentage off of your Columbus solar panel installation costs as a tax credit. Until very recently, the credit equaled 26% and it was set to expire in 2024.
However, thanks to the passing of the Inflation Reduction Act of 2022, the credit was extended and increased to 30%, which will last until 2032. After that, it will drop to 26% in 2033 and then again to 22% in 2034.
To keep it simple, if you were to install solar panels in Columbus today for $10,000, you would be able to claim $3,000 as a tax credit.
Home Value Improvement
How much does solar increase home value?
There were multiple studies conducted on this. According to Zillow, homes with solar energy sell for about 4% more than homes without solar energy.
Solar-powered homes also tend to sell faster than non-solar-powered homes. The National Renewable Energy Laboratory (NREL) discovered that solar-powered homes sell 20% faster than comparable-sized grid-powered homes.
According to another NREL study, every dollar saved on energy costs increases the value of a home by $20. This means that an energy system that saves you $400 per year would increase the value of your home by $8,000 per year.
Net metering allows you to be compensated for the excess energy generated by your Columbus solar panel installation. Earn automatic clean energy bill credits that can offset your monthly energy charges on your electricity bill.
Solar Easements Act
This is not a financial incentive but rather a legal one.
Georgia’s Solar Easements Act prevents others from performing an action that will in any way affect your solar panels negatively.
For example, let’s say that your neighbor wants to install some kind of object on their property that would block the sunlight from reaching your Columbus solar panels.
The law would protect you in this case, and your neighbor wouldn’t be able to install that object. This means that the state of Georgia sees immense value in solar panels and prevents anyone from affecting their performance.
Environmental Benefits of Solar Panels in Columbus GA
Solar Energy Slows Down Climate Change
According to the EPA, energy production account for 28% of GHG emissions. Solar panels, on the other hand, do not emit harmful gases into the environment. Solar panels produce no emissions while converting light into energy.
However, the production of the panels consumes a lot of energy. One reason for this is that silicon melts at 1414 degrees Celsius. This process’s furnace is powered by fossil fuels. Even after accounting for the manufacturing process, the fact that solar panels produce nonpolluting energy more than compensates for it.
Solar Energy Purifies Our Air
Sulfur dioxide is primarily produced by the combustion of coal. It contributes to acid rain and can aggravate respiratory problems such as asthma, nasal congestion, and pulmonary inflammation. Nitrogen oxide is emitted by the combustion of all fossil fuels and contributes to acid rain.
It also produces smog, which can cause lung tissue to burn. Asthma, bronchitis, and other chronic respiratory conditions are exacerbated by smog. Smog and acid rain have far-reaching consequences. In 2010, coal-burning haze was responsible for over 13,000 deaths. Air pollution has a real impact on public health and has serious consequences.
By lowering the pH of lakes and streams, acid rain disrupts entire ecosystems, killing fish and other aquatic life. It also contaminates the soil with aluminum and depletes vital minerals, weakening trees and other plants.
Electricity produced with solar equipment does not require any fossil fuel usage. Instead, solar is renewable, clean and it does not emit any pollutants into the air while being converted into electricity.
Solar Energy Saves Water
Water reservation is another way solar energy helps the environment. Solar energy does not require as much water as processes such as coal mining and fracking, which involve drilling into the Earth to release gas.
Compare solar energy, which uses no water, to fracking, which can use up to almost 10 million gallons per well, and coal mining, which can use up to over 1,000 gallons of water per generated megawatt-hour of electricity.
That’s a lot of water used to generate energy. Solar panels do not need water to generate energy. Another type of water reservation is floating solar panels. The floating panels increase clean power while decreasing evaporation.
Best Solar Energy Company Columbus, Georgia
You may be wondering – how can GA Solar Energy Specialists help with your solar panel installation in Columbus, Georgia?
GA Solar Energy Specialists partners with Columbus solar energy companies that serve both homeowners and business owners throughout the city, supplying them with solar panels and performing solar panel installation, helping with obtaining permits for solar panels, consulting on solar panel maintenance, and saving the most money possible.
We are also actively engaged in educating homeowners about the environmental impact solar panels in Columbus, GA, have, as is clearly evident throughout this page so far.
We highly encourage you to explore solar as a cost-effective and ecologically beneficial source of energy, whether you’re a homeowner, a commercial property manager, or a constructor developing a new project. We would be pleased to walk you through the many perks and incentives available to you with solar panels in Columbus.
Solar Panel Installation in Columbus, GA
If you’re looking for a solar panel installer in Columbus, Georgia that you can rely, look no further. GA Solar Energy Specialists has teams of solar panel installation experts who have been performing solar services in Columbus and the rest of Georgia for years.
Solar Batteries Columbus, Georgia
Until recently, most solar panels installed on residences were simple grid-tied systems. Because of their low cost, they provide the quickest payback.
These systems, however, turn off when the utility grid goes down and they don’t provide backup power.
People are increasingly considering installing solar batteries in Columbus, Georgia to their solar systems to provide backup power in the event that the electric grid goes down.
People who want to minimize their electricity savings and protect their energy source from potential blackouts and time-of-use pricing might consider solar battery storage in Columbus.
Solar panels and a solar inverter are the main components of a conventional residential solar system.
When you add solar battery storage to a conventional solar system, you may use the extra electricity generated by your solar panels throughout the day at any time you need it, such as during a power outage.
How Do Solar Panels Work?
Photovoltaic cells in solar panels convert the sun’s energy into electricity. Photovoltaic cells are sandwiched between semiconducting layers like silicon. Each layer has unique electronic properties that energize when photons from sunlight strike them, creating an electric field.
This is known as the photoelectric effect, and it is what generates the current required to generate electricity. Solar panels produce direct current electricity, which is then converted into alternating current by an inverter and fed into the grid or used by the home or business to which the solar panels are attached.