Please enter a valid 5-digit zip code!
Written By Todays Homeowner Local Pros
Last Updated April 2024
Our Rating
User Rating
Clear pricing policy
Reliable customer support
Informative resources
Free quotes
Services Offered
Our Rating
User Rating
Clear pricing policy
Prompt service delivery
Family-operated business
Informative resources
Reliable customer support
Services Offered
Our Rating
User Rating
Free quotes
Informative resources
Clear pricing policy
Services Offered
Our Rating
User Rating
Clear pricing policy
Free quotes
Reliable customer support
Services Offered
Our Rating
User Rating
Clear pricing policy
Reliable customer support
Informative resources
Services Offered
Our Rating
User Rating
Informative resources
Clear pricing policy
Reliable customer support
Services Offered
Our Rating
User Rating
Free quotes
Informative resources
Reliable customer support
Prompt service delivery
Clear pricing policy
Services Offered
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:
Our team found the 7 solar companies on this list to have exemplary professional standards, a good customer reputation, and a long portfolio of reliable solar projects. Our mission at Today's Homeowner is to empower you with the advice and techniques you need to keep your home in top condition. For jobs beyond the "DIY" scope, our contractor recommendations come from our combined years of home improvement experience. Click here for more information on how we rate local companies.
51°F
37°F
50%
38lbs CO2e/yr
3.88"
$1,000/yr
As you discuss options with your professional to design a solar solution, you'll choose from the three fundamental panel types available. Each type is best for different budgets and roof styles, but they all use the same reliable technology to power your home.
In the warm summers of New Hampshire, you'll get the best results from monocrystalline panels. Each black-hued cell has only one silicon crystal, meaning you can generate more energy with a small array. While they cost more in the beginning due to their more intricate manufacturing process, their efficiency means you'll save more money over the longer term.
Polycrystalline solar panels have brown cells made of multiple silicon fragments. Aside from their lower average price, 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 arrays are a good choice for value in more "partly sunny" areas of New Hampshire. They keep their efficiency as temperatures fluctuate and work with many different roof shapes. Thin-film solar panels use a variety of metal alloys instead of silicon crystals. Some homeowners choose them for their light weight or greater compatibility with unique roof shapes. Others pick them for their greater heat resistance and low-light performance.
However, they take up more space than monocrystalline or polycrystalline panels, and you might have better-performing options if your property has high solar potential.
New Hampshire's available solar purchasing and financing tools have granted more homeowners access to clean energy than in the past. Your installer might go over the following options with you:
Utility companies and state governments reward solar panel installation through a variety of different programs, such as:
Solar energy continues to grow throughout New Hampshire, and with the right professional team, it's easy to adopt it for your home. Take a look at some of these impressive state statistics:
Want to learn more about solar energy in your area? Take a look at these pages and resources:
Because they can supply power to your entire home, solar photovoltaic systems will give you more value and cost savings in the long run. However, if you prefer to install fewer panels or your home doesn't receive enough direct sunlight, go with a solar thermal system and start small.
When it comes to your renewable energy choices, solar is the most flexible. You can use it more continuously to power your light fixtures and appliances, or use it as you need it to support your HVAC system or water heater. It's easy to expand a solar array if you need more capacity, and you can usually send energy back to your city's grid for credit.
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 up to 22%. Polycrystalline panels convert around 17%, and thin-film panels convert only around 15%.
Before hiring any contractor, you should verify their credentials and experience to ensure they're qualified for your project. A quality contractor will find ways to minimize your costs without compromising on safety or efficiency, practice clear and regular communication, and keep an unobtrusive and safe work environment.
For your solar panels to perform at their peak, you'll want to ensure you have enough sunlight in your area. New Hampshire has a smaller amount of daily sunlight compared to the national average, but this doesn't mean that solar is unviable for your specific home. For specific information on your property's solar viability, visit a website like PVWatts and discuss your findings with your contractor.
The best time to get solar panels on your home is whenever you can save the most money on your electricity bills. We recommend that you schedule your installation during the season right before your power bills have their greatest increase, usually in the fall or spring.
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 somewhat longer. In New Hampshire, the average payback period is about 11.0 years for a 5 kW system.
You can plan for a new solar system, improve your home's solar viability, and maximize your return on investment by making sure your roof is capable of holding the system's weight, upgrading your electrical system, picking the right site and orientation for your panels, and trimming or cutting down foliage that would stop sunlight from going to your panels.
On average, a solar system can generate between 10.6 and 20 kW. The bigger your system is, the more power you'll generate and the greater your initial costs will be.