Residential Solar Tax Credits May Be Going Away By The End Of 2025!

A new bill in Congress is threatening to gut the 30% federal solar tax credit, nearly a decade earlier than expected. If passed, the residential credit could vanish by the end of 2025, meaning $1,000’s of dollars in potential savings will disappear for good. The fight is far from over, but these tax incentives have never been threatened like this. The current proposed bill has not passed yet, so we don’t know exactly how this is going to play out, but if you have ever considered solar for your home or business, now is the time to schedule a free site visit.

Here's What The Tax Credit Cut Could Mean For You:

SAVINGS

A 30% tax credit represents about $9,000 for the average system. Missing out on this credit means spending thousands more for the same-sized system after 2025.

INSTALLATION TIMELINES

To qualify for the credit, your system must be fully installed and operational by December 31, 2025.

We are already seeing increased outreach, and our schedule is already booked up for a couple of months. As the end of the year approaches, we will only get busier, so the sooner you reach out, the better.

EQUIPMENT SHORTAGES

With the rush to get in before the deadline we anticipate equipment shortages due to the sudden demand. This may also cause prices to go up towards the end of the year.

No Payment Due...

Stratham, NH
Utility: Unitil
$0 balance
-$380.45 credit
Newmarket, NH
Utility: Eversource
$0 balance
-$27.50 credit
Chester, NH 
Utility: NHEC
$0 Balance
-$58.14 credit

Solar is one of the best home improvement projects you can make.

Why? Because you can turn your home into your own personal POWER PLANT. Instead of paying the utility company hundreds or even thousands of dollars per year you can generate that energy yourself and sell the excess back to the grid.

Why Invest in Solar?

Step 1: REDUCE OR ELIMINATE YOUR ELECTRIC BILL

By creating your own clean solar energy, you can reduce or completely eliminate your electric grill. We typically see an average of a 7-9 year return on investment.

With 25-year manufacturer warranties on all of the system’s major components, you can be assured that your system will continue to produce clean power for years to come.

Step 2: PROTECT YOURSELF AGAINST RISING UTILITY RATES

New England has some of the highest electricity costs in the continental US. The cost of electricity is constantly rising and will never stop.

When you create your own energy, you are no longer subject to your utility companies’ fluctuating rates. Solar payments are fixed and easier to budget.

Step 3: PROTECT THE ENVIRONMENT

In a world with increasingly finite natural resources, it’s up to all of us to do our part. Purchasing a solar array is not only a great investment, but it also lowers your carbon footprint.

To date, our systems have produced more than 20,000,000 kWh of clean energy! That is the equivalent to the carbon emissions from 1,500,000 gallons of gasoline, 16,000,000 lbs of coal, or 32,000 barrels of oil.

Don’t take our word for it!

Case Study 1

Sandwich, NH

System Size: 15.2 kW
Year 1 Production: 21,795 kWh
Value of year one energy: $3,923
Average monthly bill before solar: $330
Average monthly bill after solar: $0
ROI (return on investment) period: 7.2 years

This 15.2 kW roof array was installed in summer of 2019. Before going solar the homeowners average electric bill was around $330 per month. In the first year of production the system generated 21,795 kWh, which is about $3,923 worth of electricity. Not only was this enough to cover their usage but there was enough left over to cover the fixed charges of their bill as well. Since then, the system has generated over 112,000 kWh which is $20,000+ in electricity costs. Not only has it produced enough to nearly cover the upfront cost but still has 19 years of producing under warranty.

Case Study 2

Elliot, ME

System Size: 12.8 kW
Year 1 Production: 14,650 kWh
Value of year one energy: $2,637
Average monthly bill before solar: $180
Average monthly bill after solar: $14
ROI (return on investment) period: 9.5 years

This 12.8 kW roof array was installed in the summer of 2022. Before going solar the homeowners had an average electric bill of $180 but wanted to oversize the system for an EV that they just purchased. We were able to estimate the approximate usage of the EV and account for it in the system design. The system’s lifetime production is over 36,000 kWh or $6,480 of electricity so far, and its well on its way to paying itself off! Not to mention the avoided cost to charge their new EV.
Case Study 3

Alton, NH

System Size: 15.3 kW
Year 1 Production: 19,900 kWh
Value of year one energy: $3,402
Average monthly bill before solar: $180
Average monthly bill after solar: $0
ROI (return on investment) period: 8.6 years

This 15.3 kW ground array was installed in July of 2021. Their average bill was about $200 before solar was installed. In the first year, the array produced 19,900 kWh or about $3,402 of electricity! This was more than the homeowner needed, but they wanted to account for room to grow in the future. Any unused electricity is sold to the utility company and shows up on the utility bill as a credit. When there is more than $100, they get a check written to them from the utility company. Over its lifetime the array has produce more than 64,570 kWh, or $11,600 worth of electricity.

Introducing 603 Solar

603 Solar is a Solar Installation company based in Exeter, NH. Since 2018 we have helped nearly 1,000 home and business owners make the switch to a more economic and sustainable energy source. We pride ourselves on our educational approach to solar and dedication to customer service. We offer turnkey Photovoltaic (PV) Solar Systems – taking the project from concept to commissioning and post install support afterwards.

Solar is different for everyone, and we take special care to evaluate each site to determine how solar can work. Since there are many considerations that vary from site to site, each system is custom designed for the owner’s needs. We work together to design an ideal system for each property that is not only efficient but offers the best return on investment and highest electricity offset possible – while answering any questions along the way.

We’re excited to show you how solar can not only be a smart investment, but also a powerful catalyst for change.

Our Process

To ensure top-notch service and maximize your ROI, we evaluate your property, considering roof structure, size, roof azimuth, main electric panel, sub panels, shading concerns, and other project-affecting factors. Subsequently, we analyze your yearly electric usage and determine the precise number of modules required for coverage, along with the optimal system to maximize your ROI.

Following the evaluation, our PV Solar Designer utilizes CAD software to create a to-scale model of your home and solar array. This provides a clear visualization of the array’s appearance. We accommodate layout modifications and furnish a revised model if you desire layout modifications. Once the design meets your satisfaction, we finalize and prepare it for submission to obtain permits and approval from relevant authorities.

Once the design has been finalized, our team will fill out and submit all of the required paperwork for permit approval by your local AHJ and interconnection approval from your Utility company. Once both are approved we are ready to schedule and install the system.

Once the permit and interconnection applications have been approved by the town and utility, its time to schedule your installation and install your PV Solar array! We partner with professional, licensed, and insured Master Electrician’s who have overseen hundreds of installations and coordinate with them and you to figure out the best date to install your system.

Following installation, we coordinate an inspection with your local AHJ to ensure compliance with building and electric codes. Post-inspection, we handle the paperwork required for your utility company to replace your meter with a bi-directional one, enabling energy transfer to and from the grid. Once the new meter is installed, we power on your system, completing the process.

Once the system has been powered on and is operational we will set you up with the systems online monitoring program so you know exactly what your system is producing on any given, day month or year. With monitoring set up we can always see what your system is doing, and if an issue ever arises, we will know.

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