Our mission is to make solar electricity Easy and Affordable, allowing anyone to benefit from solar power. We use a cost effective, common sense approach that will save you money on your energy costs for many years to come.
We are passionate about solar and take the time to educate our customers and help them fully understand their choices regarding solar system equipment.
We make sure you get the maximum rebates, incentives and equipment discounts
If you’re considering a DIY installation and you’re not sure where to start send us an Email from our "Contact Us" page with your basic information and we can perform an initial offsite assessment to see how well suited your location is for a solar electric installation.
Now, if you’ve decided to go solar or have already begun to install and want to make sure you’ve got it all right, contact Easy Solar and for a very modest fee, I will consult with you, find out what your needs are, then we will design a system that will accomplish your goals. I offer guidance in all areas as needed, from the beginning design stages to helping you understand the proper installation process.
Your accomplishment will provide a great deal of pride and satisfaction, and will generate free, clean, renewable energy for the next 30 plus years! Also your experience will allow you to help family and friends when the time comes.
Now this is NOT about building home made modules, it IS about using high quality, commercially available components and providing your own labor.
DIY solar is not for everyone, but for those who are practical, determined and budget minded you CAN do it with proper guidance and support.
We Offer Solar Electric Installation in the greater Indianapolis, IN area
We also offer Consulting and Supplies for the Do It Yourself Installer
Are you the Do it yourself type?
Do you want to save money on your electric bill FOR THE NEXT 25 YEARS?
If so, Easy Solar has a self install solar panel kit just for you.
4 KW Kit includes
• 16- 250W LG or Sharp Solar Panels
• 16- Micro-Inverters
• 8- Hours consulting time with Professional Design
Only $7,995.00* (that is only $2 per watt)
We can scale this system up or down to meet your needs ( typically $2 per watt)
Includes: Everything you will need to Install, Solar Modules, Mounting Rails, Mounting rail hardware, Quick mount PV Mounting Feet for Asphalt Shingle Roofs, Cabling and Any Other Accessories Needed for Installation (Wiring to electrical panel and breaker not included, as an electrician should provide this while performing the final step of installation, we provide contact info for qualified, licensed Indianapolis master electricians)
You can find the average electricity rates for each state by visiting ElectricChoice.com.
Before we begin, lets define how we buy electricity and how it is measured.
We purchase our electricity by the KWh which stands for Kilo Watt Hour, which means 1000 Watts of power, continuous for one hour of time.
Here in Indianapolis, Indiana our electricity rate is .11 cents per KWh.
We are fortunate to live in a state with abundant coal resources and therefore cheap electric rates, However the trade off is high carbon emissions which we all know is not good for the environment. Solution: A solar installation on your home, constantly generating electricity which is renewable, reliable and with zero emissions!
In many areas in the US, they have very high electricity rates as high as .30 cents per KWh. Now if that pricing structure were to be instituted here in our location, our electricity prices would be shy high, imagine that if your rate now is .10 cents KWh and prices were to go to .20 cents KWh that means our electric bills would double! This information is not meant to scare you but to inform you about what to expect in the near future. US law makers continues to place new stricter limits on coal burning electricity power plants and sometimes making it impossible for them to comply with new standards therefore these power producers must find new ways to clean their emissions or shut down, this costs the power facilities a lot of money and they must in turn raise their rates.
What I am getting at is the cost of electricity will go up significantly in the near future.
I will now explain how we can be better prepared for the future. Most often the money saved by investing in solar outweighs other investment opportunities.
For simplicity, lets assume our cost per KWh is 10 cents. Lets say we install a 4K (kilowatts) system for approximately $9,000. (every installation is different this price may not be typical, give us a call for an accurate estimate)
In Indianapolis, Indiana where Easy Solar is located, we get about 4.2 "peak sun hours" per day.
(There is more daylight but we are measuring direct sunlight to our solar module array)
So our array will generate 4,000 watts X 4.2 Peak Sun Hours / 1000 = 17 KWh each day.
17 KWh x .10 cents = $1.70, So at todays electricity prices this equates $1.70 worth of electricity per day.
For the year this will be 365 days x $1.70 per day = $620.00 savings per year.
So lets figure out how long before we break even on our investment.
$9,000 system cost / $620 savings per year = 14.5 years to break even.
At this point you may be thinking: "it's going to take 15 years just to break even"
Now we factor in the tax credits and other local incentive rebates.
On a $9,000 solar panel system the federal tax credit is 30% or $2,700.
So $9,000 - $2,700 = $6,300. Now that figure is:
$6,300 system cost after tax credit / $620 per year = 10 Years to break even.
You may also qualify for other local rebates up to $4000. If that is the case than your cost comes down to $2,300.
$2,300 total system cost / $620 savings per year = 4 years to break even.
Remember all these figures are based off todays electricity prices, when the cost of our electricity does go up, it will change all our figures dramatically in your favor.
Now to be fair, it should be noted that no solar panel installation is 100% efficient, there are many factors that will contribute to a less than perfect overall system, they include, the module array placement, angle, temperature, potential shading from trees etc. All these must be looked at and carefully calculated to accurately determine a systems overall efficiency. A realistic efficiency percentage is 80% , so any of the above mentioned figures should be de-rated by approximately 20%. Obviously before any agreement is entered into there would be a thorough on site analysis to determine your sites actual de-rating factor.
You should appreciate this level of honesty from a dedicated solar professional, it is unfortunate that some sales persons and installers in the industry today do not always provide this important piece of information to potential customers. Failure to forward this important de-rating information to the clients often results in someone overpromising the performance of a given system and homeowners being somewhat disappointed with the results of their solar panels.
On the other side of the coin, I also want to mention that many families after having their system installed and commissioned tend to become relaxed with their energy usage, leaving appliances and lighting on now that they would never have done before. We must stay diligent and conscience of our energy usage habits.
Before you consider Photovoltaics, you should first ensure that your home is as energy efficient as possible. This means things like enough insulation in your walls and ceilings, tight window and door seals and proper attic ventilator. (also keep an eye on LED light bulb prices they are becoming very affordable)
After maximizing our energy efficiency and a quality solar installation, then we will be well on our way to reducing or eliminating our energy bills for the next 30 years.
The number one question from most people considering solar is "how much does a system cost" ? And my usually answer is "it comes down to price per watt"
The cost of solar panels and the remaining balance of system parts has dropped significantly over the last couple years. Material costs alone have dropped from $6/watt to around $2.00 per watt. From a DIY standpoint, this means that you can install a complete 1000 watt solar panel system at a material cost of around $2,000.
A 1000 watt solar module array is just Four 250 watt solar panels !
This very same 1000 watt system could be quoted by other installers as high as $4,000 to $6,000. The reasons for these high prices is almost always the high operational cost and overhead costs that a dealer must cover. So their pricing must be inflated drastically. Some companies have higher costs than others and you may find a very large range of prices.
Once you have done your homework and know actual cost of materials you will agree that nearly every company is overcharging. I encourage you to do your homework, learn what you can and shop around. You will find our prices are far below our competitors.
We have made a choice to stay focused on helping as many people as we can, offer quality products at discounted prices and maintain a low operational overhead cost all while offering superior customer service.
Note* We do not offer shipping at this time, all supplies must be picked up at our Garfield Park location in Indianapolis, Indiana 46203
Feel free to give us a call with any questions