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Juliansolarguide.com

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  • Home
  • Video Library
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  • Inverter Architectures
  • Roof Stand-Offs/Racking
  • Purchase vs Lease/PPA
  • Is Clipping a Problem?
  • Cash vs Financing
  • Are you a solar candidate
  • Commercial/Rental
  • SDG&E Vs Solar Investment
  • System Monitoring
  • Solar Tax Credit
  • Solar Panel Cleaning
  • Solar in California
  • Solar In Illinois
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Solar in Pennsylvania


Does Solar Make Sense in Pennsylvania?

Pennsylvania has one of the fastest payback periods in the entire country with the help of multiple incentives being offered.  If your roof is not shaded by trees in the middle of the day and have a bill of at least $100, solar could make a lot of sense. With good light exposure on your roof, we see, on average, 6-8 year payback periods which is phenomenally fast. Pennsylvania offers multiple incentives that help bring the net investment cost down to sometimes half the total cost. Combine the incentives with one to one net energy metering ( 1:1 NEM ) and already expensive and rising electricity rates,  Pennsylvania is setting itself up to have solar be a no-brainer for most homeowners. Below I am going to describe the incentives one by one and then give an average cost breakdown showing how much the incentives take off the total so you can see an ideal payback period example. This is "cash" deal so with financing the interest will add to the total cost. 


1. Federal 30% tax credit

2. One to One Net Metering credits (1:1 NEM)

3. State Renewable Energy Credits (SRECS)

4. Philadelphia Solar Rebate Program (*Currently Paused)

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You are eligible for a federal tax credit in the amount of 30% of the total cost of your solar system investment. The average system in in the range of $15,000 on the low end, to up in the $40-60K range for what we would consider larger residential systems. This means that if you invest $30,000, for example, your net cost will really be $21,000 after the $9,000 tax credit is taken. 


In order to qualify to the federal tax credit, you need to be paying federal income taxes. They will pay you back up to the amount that you paid in that year. If you have a larger tax credit than your yearly federal tax amount, the remaining tax credit amount can be used the following year. The solar tax credit is able to roll over 5 consecutive years if the total cannot be used the first year. 


To incentive you to go solar, the utility companies in PA credit homeowners with solar at a 1 to 1 rate. This means that a solar system can eliminate the utility company's bill (other than a low monthly connection fee of around $10) WITHOUT the need for battery storage. With full 1:1 credits, the system banks power all throughout the middle of the day when the system is producing more than the house and then in the evening, you do draw power from the grid, but the credits you built up in the day simply cancel out the night time bill. Most states do not have a net metering policy that credits you at the same value as what you actually are paying. Net metering will go away as solar participation increases so lock yourself in before the credit value starts to drop. Batteries start at around $10,000 and so do not want until you inevitably need to add at least $10,000 in cost to your total.  


In order to incentivize more solar installations. The state offers credits called "SRECS" based on production of solar system. The idea is that large corporations need to fulfill a certain size carbon footprint. When large corporations cannot achieve the sustainability goal, they have to purchase SRECS to make up the difference. This is technically an open market based on supply and demand and the value of SRECS can change over time. 


PA calculates an SREC to be currently around $30-40 with the latest bid coming in around $33 at the time of writing this. One SREC is awarded for every 1000kWh of production. 


Let's say you build a system that will produce 10,000kWh a year. This means that you would be eligible for 10 SRECS a year and three years of production is used. In this example, if we say the SRECS awarded are worth $32 each, $32 x 30 = $960.


**Currently Paused due to COVID 19 budget cuts**


The rebate program is worth $.20/w for residential and $.10/w for commercial. This means that if you install a 10kW system, a $2000 rebate would be given. You can still apply and if the program restarts, applications will be processed. 



So what does the average cost breakdown look like?

Let's suppose we are going to eliminate a $200/month bill


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Every scenario will be different, but lets say that in this case, in order to go from a $200 dollar per month bill to a $10 a month bill, we are going to need a 10kW system producing about 13,500kWh a year. The price per kWh would be about 17-18 cents here. 13,500kWh x $.17.7/kWh = $2400 per year. 


The 10kW system would be around $32,000 in this scenario. 


Total cost- $32,000

(30% Federal Tax Credit -$9,600)

(SRECS - Approximately $5,300)

---------------------

Net Cost - $17,100

==================

Even if the price of power does not go up...

 $17,100 net cost /$190 a month in savings = 7.5 years.

But,  if the price goes up 6% a year on average, the payback period will occur in about  years. In some cases the system could cost a bit less or more. 


Calculations:

Tax credit - $32,000 x .3

SRECS - $32 x 13.5 SRECS x 15 years - fees and production degradation

*One SREC is for 1000kWh of production*


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