Aug. 11, 2025
Energy
If you're stepping into the solar world, you'll quickly learn that the inverter is the brain of your system. It's not just a box on the wall — it's what turns the sun's energy into usable power for your home. Choosing the right one is crucial; it's a decision that affects not only how well your solar panels perform but also how efficiently you can use that power in your daily life.
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This guide will walk you through the essentials of solar inverters. We'll help you understand what they do, why they're important, and what you should look for when choosing one. In this guide, we'll cut through the jargon to give you a clear picture of what makes a good inverter and how to find one that aligns with your energy needs and values.
Before diving into the factors to consider when purchasing your own solar inverter, it’s important to know that not all inverters are created equally.
When researching you may come across the descriptors “single-phase” and “three-phase” – a handy rule of thumb to distinguish between single-phase and three-phase inverters is this: single-phase power supplies are typically found in residential homes, whereas commercial or industrial settings often require the more robust three-phase supplies.
For the scope of this article, we'll focus on single-phase inverters, as they are the go-to choice for residential solar energy systems, offering an ideal blend of efficiency, affordability, and simplicity for your home.
An inverter's job might seem straightforward: it converts the DC power from your solar panels into AC power for your home. But there's more to it than just conversion. The type of inverter you choose can affect everything from the efficiency of your solar setup to the way you monitor your energy production.
There are three main types of inverters and each comes with its own set of benefits and considerations:
These are the most common and typically the most cost-effective option. They connect a 'string' of solar panels to one inverter. If you have a straightforward roof without shading issues, a string inverter could be a solid choice.
These are installed on each solar panel. They're ideal for homes with shading or multiple roof planes facing different directions as they allow each panel to operate independently. If one panel is shaded and its performance dips, the others won't be affected.
Sitting between string inverters and microinverters, power optimizers are attached to each panel, like microinverters, but they work with a central inverter. They 'condition' the DC power before sending it to the inverter, making your system more efficient and less susceptible to production loss due to shading issues.
Your choice will depend on several factors: the size and shape of your roof, the amount of shading it gets throughout the day, and even the climate you live in. It's not just about picking the highest-tech option; it's about what works best for your home's unique situation.
In the next sections, we'll dive deeper into how to match these options to your needs, helping you get the most out of your solar investment
Selecting the right inverter for your solar system is more than just a technical decision; it's about maximizing compatibility with your panels, lifestyle, and energy goals. Here are the key factors to keep in mind:
System Compatibility: Your inverter needs to be compatible with your solar panel specifications. This includes the voltage and power output. An inverter that's not matched well with the panel specifications can lead to inefficiencies and even damage.
Efficiency: Look at the inverter's efficiency rating, which tells you how much solar power it can convert into usable electricity. Even a few percentage points can make a significant difference in your system's performance over time.
Size and Scalability: Consider the size of the inverter in relation to your current and future energy needs. If you plan to expand your solar array later, choose an inverter that can handle the increased load.
Installation Location: Think about where you'll place the inverter. Some are designed for indoor installation, while others can be installed outdoors. Environmental factors like temperature and humidity can affect an inverter's performance, so choose one that suits your environment.
Warranty and Support: A longer warranty period can give you peace of mind. Also, consider the manufacturer's reputation for customer support. You want a company that stands behind their product and is accessible if you need help.
Advanced Features: Modern inverters come with features like monitoring systems that let you track your energy production in real time. Decide which features are must-haves for you and which you can live without.
Cost: While it's not the only factor, cost is always a consideration. Balance the upfront cost of the inverter against the long-term benefits it will provide. Sometimes, spending a bit more upfront can lead to greater savings down the line.
Understanding the pros and cons of each inverter technology is key to making an informed decision that aligns with your solar energy goals. Here's a breakdown to help you weigh your options:
Why they're a good choice:
Cost-effective: Generally less expensive than other types.
Proven technology: Well-established with a long track record.
Why you might think twice:
Single point of failure: If the inverter goes down, the entire system goes with it.
Shading impact: Performance can drop if one panel is shaded, as all panels in a string are affected.
Limited monitoring: Typically, you can't monitor the performance of individual panels.
Less flexible: Not ideal for roofs with multiple angles/orientations or shading issues.
Less reliability: Typically have 10-12 year warranties.
Not modular: Limits future upgrades.
Not as user-friendly: Sometimes difficult to size accurately to avoid power clipping.
Why they're a good choice:
No single point of failure: If one inverter goes down the remaining inverters and panels will work perfectly fine without interruptions.
Panel-level optimization: Each panel works independently, maximizing energy production.
Modular design: Easily add any number of panels to the system without swapping out any equipment.
Enhanced monitoring: Allows for monitoring of each panel's performance.
Better performance in shade: Ideal for roofs with partial shading.
Extended reliability: 25-year warranty.
Ease of use: Seamlessly pairs with solar panels to avoid power clipping.
Why you might think twice:
Higher cost: More expensive upfront investment.
Why they're a good choice:
Improved efficiency: Optimize DC power from each panel before conversion.
Shade management: Better performance than string inverters under shaded conditions.
Cost-benefit: Typically cheaper than microinverters but with some of their benefits.
Why you might think twice:
Must be paired with a string inverter: A failure in the central inverter affects the whole system.
Each technology has its place, and the best choice for you will depend on your specific situation. For instance, if your roof experiences partial shading at certain times of the day, microinverters or power optimizers could be more beneficial. On the other hand, if your roof has unobstructed exposure to the sun, a string inverter might be all you need.
Remember, the inverter is a long-term investment in your solar system's health and productivity. Weighing the pros and cons of each technology with your unique energy needs in mind will guide you to the right choice for your solar journey.
The proper installation and placement of your solar inverter are as crucial as the device itself. An inverter works best when installed in a location that balances exposure to the elements with ease of access for maintenance and monitoring. Typically, this means a spot that avoids direct sunlight, excessive dust, and any chance of flooding — think of a shaded side of the house or a garage wall. It's not just about protecting the inverter; it's about preserving its efficiency and extending its service life.
While the inverter should ideally be close to the solar panels to minimize energy loss, practicality may dictate otherwise. For instance, you might need to consider the length of cable runs, potential electromagnetic interference, and even local building codes that could influence the placement. It's a balancing act between the ideal technical setup and the constraints of your home's layout and local regulations.
The inverter needs to be mounted correctly — usually vertically — to achieve adequate cooling. Overheating is a common issue that can lead to inefficiency or damage, so proper ventilation is a must. And when it comes to maintenance, you'll want the inverter within easy reach. There's nothing more frustrating than needing a ladder or having to move obstacles just to perform a simple system check.
Given the technical and regulatory complexities, it's wise to have your inverter installed by a professional. Contacting an experienced solar installer will not only guarantee that your system meets all safety standards but will also optimize the placement for performance and longevity. Going with a reputable local installer can help make sure that your solar system operates smoothly from day one.
When investing in a solar inverter, understanding the reliability and warranty offered is as crucial as the inverter's technical specifications. A reliable inverter can secure consistent performance over the years, while a comprehensive warranty can protect your investment.
Modern inverters are designed with robust technology. For instance, microinverters and power optimizers are known for their durability, often outlasting string inverters due to their ability to operate independently, reducing the strain on any single component. The reliability of an inverter is also reflected in its design to withstand environmental factors, such as temperature fluctuations and moisture, which are critical considerations for outdoor installations.
Warranties for solar inverters typically range from 10-25 years and they can be a testament to the manufacturer's confidence in their product. Some high-end microinverters come with warranties that can extend up to 25 years, closely matching the warranty period of solar panels themselves. It's important to read the fine print and understand what the warranty covers. Does it include parts and labor, or just the parts? Is it a limited warranty that only covers certain defects, or is it more comprehensive?
When choosing an inverter, consider the manufacturer's reputation and the reviews from long-term users. A company with a solid track record in customer support and warranty fulfillment is as valuable as the inverter's efficiency and technological prowess. With Astrawatt Solar, you can expect guidance in selecting an inverter that promises both reliability and a strong warranty, giving you peace of mind with your solar investment.
As you consider the financial aspect of choosing a solar inverter, it's important to recognize that solar power is an accessible and wise investment, not just for the environmentally conscious but for anyone looking to take control of their energy future. With utility rates climbing at unprecedented rates, the traditional monthly bill is becoming a significant, never-ending expense. Solar energy, in contrast, offers a chance to break free from this cycle.
Choosing the right inverter can amplify the return on your solar investment. A more expensive inverter might offer better efficiency, a longer warranty, or crucial features that could save you money in the long run. A higher quality inverter means your system will work more reliably, for a longer period of time, with fewer or no periods of downtime ultimately increasing your production and increasing your ROI. On the flip side, the most advanced inverter won't add value if your solar setup doesn't require its specific benefits.
Think about the inverter's efficiency rating — higher efficiency could mean more electricity to power your home and less waste. Also, consider potential future savings from a model that offers expandability, should you decide to grow your solar array down the line. Getting a quote from a seasoned solar installer is the best way to get a clearer picture of the financial aspects.
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Ultimately, the goal is to find a balance between quality and cost, ensuring you invest in an inverter that delivers reliable performance and fits your budget. It's about smart spending for sustainable savings.
As we reach the conclusion of our guide, it's clear that the right solar inverter is a cornerstone for any efficient and reliable residential solar system. Our recommendation is to approach this decision with an eye on quality and a perspective on the future. Opt for an inverter from a reputable brand that offers a solid warranty, and consider models that provide monitoring capabilities to keep you informed about your system's performance.
Don't overlook the power of peer reviews and testimonials. They are the collective voice of experience, offering unfiltered insights into how an inverter lives up to daily demands. They can highlight a product's strengths and expose any weaknesses, guiding you toward a decision that others have road-tested.In the end, choosing the right inverter is about finding a balance — a product that meets your energy needs, a brand that supports your journey, and a warranty that secures your peace of mind. With an installer like Astrawatt Solar, you can navigate this decision with expert advice, ensuring that your solar setup is as robust and reliable as the sun itself.
Many people have been investing in going solar to reduce high electricity bill and carbon footprint. Harnessing the power of the sun to run your household is an excellent idea but you need to understand how it all works. Every solar system needs some kind of inverter to convert sunlight into usable electricity. CNET experts have compared the most popular solar inverters' specs, warranties, prices and more. The SolarEdge Home Wave Inverter is our top pick in . It was the most efficient inverter we looked at, letting you use a larger percentage of the energy your solar panels generate. This translates to less and more power to use around the house. SolarEdge also has strong warranties and a highly-rated app.
Solar inverters are a necessary but often forgotten part of a home solar panel system since they convert sunlight into usable electricity for your home appliances. Without a solar inverter, you wouldn't be able to use those solar panels to power your home.
A solar inverter's job is simple: It converts the direct current -- the electricity generated by your solar panels -- into alternating current electricity that your appliances run on. Selecting the right solar inverter for your home is tricky, but most solar installers usually handle the task, meaning you likely won't have much choice. Solar panel systems cost a lot of money, with the average price around $3 per watt, so it's always worth doing some research just in case the installer you chose offers you more than one type of inverter.
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To score these inverters, CNET read and compared dozens of inverter spec sheets and spoke with engineers and industry experts to determine what actually matters when selecting an inverter for your home. Only single-phase, grid-tied and hybrid inverters for homes in the US were reviewed. DC power optimizers weren't included in the reviewing and scoring of any of the string inverters mentioned in this article. DC power optimizers are popular additional components you can choose to install along with your string inverter. Because of the complexity of solar equipment, we didn't do hands-on testing with any of the inverters on this list.
Like any other type of solar equipment, not every solar inverter is right for every home. Solar is a site-specific and personalized decision process, and finding the "best" inverter for your home would be extremely difficult without an on-site consultation. We also only looked at single-phase, residential-use inverters that are included in the California Energy Commission's Solar Equipment Lists Program for this list. We did not perform any hands-on testing.
Instead, we focused on relatively objective ways of evaluating and comparing these solar inverters to see which ones stand above the competition. Here's how we found the best solar inverters.
The first step was determining which categories would be used to evaluate each inverter. We then gave each category a weight. The weight we gave each category reflects the importance we felt was relevant to the average consumer. After a thorough research process and speaking with some subject matter experts (who did not influence the choices we made for this list), these were the categories (and their weights) we chose to evaluate each inverter on.
We looked at 10 of the most popular inverter brands on the market and collected the data for each category to compare the numbers. Each inverter was rated from 1 to 5 in each category and a final score was calculated.
Chilicon Power Microinverters: Chilicon Power is another microinverter option, but these are less efficient and more expensive than Enphase's IQ8 series microinverters. Chilicon Power's microinverters are also only available in two sizes and suffer from unfavorable user app scores.
Delta Single Phase Transformerless solar inverter: Delta's solar inverter isn't a terrible option, but there are better choices. The inverters that scored the highest in our list have better warranties, efficiency ratings and better overall user app scores. Delta does seem to have a much better customer support reputation than other manufacturers on this list.
Fronius Primo: Fronius Primo's single-phase inverters have lower efficiency ratings and user app scores than other inverters on this list. The limited warranties on the Fronius Primo inverters are also the shortest inverter warranty periods we've seen (five or seven years). It's still worth calling out their extremely wide sizing variety, with nine sizes ranging from 3.8 kW to 15 kW.
SMA Sunny Boy: The SMA Sunny Boy received an average score in nearly every category. With other inverters receiving above-average scores, average just isn't good enough.
Sol-Ark: Sol-Ark's residential hybrid inverter is expensive, and its efficiency ratings and warranties aren't as good as other inverters on our list. The Sol-Ark app has also received poor user review scores for its software.
Picking which type of inverter setup you want for your home's solar panel system is arguably the most important part of your inverter decision. "Residential solar installations can look really different depending on what the residence looks like," Rachel Kurchin, assistant research professor of materials science and engineering at Carnegie Mellon University, told CNET.
"Maybe your house has a really slanted roof or maybe there are trees around that shade it for part of the day, or maybe that's not so much of an issue. Those are the kinds of things that can make a real difference in what type of inverter solution makes the most sense," Kurchin added.
When it comes to home solar installation, homeowners have three types of solar inverters to consider: string inverters, string inverters with DC power optimizers and microinverters. Each inverter setup comes with upsides and downsides. Here's what you should know.
As the name implies, string inverters connect a set of solar panels, also called a string, to a singular inverter. The inverter will convert the DC electricity from every solar panel connected to that string. If a solar panel in that string is partially shaded, blocked or facing maintenance issues, it jeopardizes the performance and efficiency of all the other panels on that string. To prevent this, many homeowners will also choose to install DC power optimizers with their string inverters.
DC power optimizers are installed on each panel individually and take into account the performance of each panel in the string separately. This means that if one panel is shaded or shut down, all the other panels will still perform normally. DC power optimizers are recommended if your roof is partially shaded or not at the best angle for catching sunlight.
"With a microinverter, there's one for every panel, so it would be a big pain if you had to replace a bunch of microinverters because there might be potentially as many of them as you have panels," Kurchin said. "Whereas with a central string inverter, that would typically not be on the roof. So the labor and safety considerations of replacing it are not as arduous. That thing's going to last like 10 to 15 years. And then it'll probably have to be replaced only halfway or so through the lifetime of the panels."
Note that certain manufacturers require the installation of DC power optimizers with their string inverters. String inverters are also usually cheaper than microinverters. Installing DC power optimizers with your string inverter will cost extra. DC power optimizers and string inverters typically come with separate warranties too.
Pros
Cons
Homeowners who choose to install microinverters will have a much different solar setup. Instead of one large inverter box that connects to multiple solar panels, a microinverter is, well, a "micro" inverter that gets installed on each individual solar panel in the array. Since microinverters operate on the panel level, they are good for complicated solar installations, partially shaded roofs or roofs that might not be an optimal angle for solar. Microinverters also allow for easier system expansion.
"It's much easier to expand your system later on," Kurchin said. "So for example, if you only have the money upfront to install panels on half the roof and you wanted to put up more of them later, it's a lot easier to add on more panels with microinverters. Whereas normally when you buy a system with the DC optimizers and the central string inverter, the inverter would be sort of sized to the system that you already have."
Because microinverters are considered roof equipment, they also tend to be covered under warranty for much longer than string inverters. The industry standard for microinverter warranties is 25 years. Because they are installed on the roof, they are harder to repair and replace.
"The disadvantage for a homeowner about microinverters is that each microinverter is mounted behind each module up on the roof of your house. And when one stops working, you're gonna have to send someone up on the roof of your house into the middle of an array of modules," Roger French, a professor at Case Western Reserve University's Department of Material Science and Engineering, told CNET. "That's actually a big problem for lots of people."
Pros
Cons
Choosing an inverter for your home can be tricky. In most cases, an installer will handle this for you. Along with selecting a reputable installer, there are a few other things to look for when choosing an inverter.
Knowing what kind of solar panels and equipment you want for your home is only half the battle. Finding the right solar installer for the job is the other half. Solar is a huge investment, and you want to make sure that your system is installed correctly the first time around.
"I think the biggest decision a homeowner can make is who's going to install their system. So having certified companies with the right qualifications with a track record in the area, and you know they're going to install it correctly," Kristopher Davis, an associate professor of materials science and engineering at the University of Central Florida, told CNET. "And if there is a problem, they'll be around years from now so they can provide service."
When searching for a solar installer, look at their track record and how many solar projects they have installed. Try to find an installer who has experience working with the type of roof that you have and the type of installation you're looking for. If you plan to have a solar battery installed, pick an installer who has experience with that as well.
A reputable installer will conduct a roof inspection beforehand and an energy audit to find out what type of solar setup is ideal for your home. Your installer should also walk you through all your options and be able to answer all your questions clearly, no matter how difficult those questions might be.
"I would defer to their track record. When someone's a brand new installer, that's when they make more mistakes. And if they've been installing a lot of systems for many years, that's one of the best things about them," French said.
Certain installers will also offer a performance guarantee to make sure your system was installed correctly and is still operating correctly after a certain amount of time has passed. Davis says you should also see if the installer can help you understand how to monitor your solar panels. If there's a big drop in energy production, you'll want to know what the process is like if something goes wrong and who to contact. Davis says if your installer doesn't have answers for those types of questions, that's a red flag.
Weigh all your options and get quotes from multiple installers in your area for the best price possible. Getting a mix of quotes from national and local installers will give a decent price variety.
Your solar inverter needs to be compatible with the rest of your solar panel system. Off-grid or partially off-grid systems are going to require a different type of inverter than one that is for purely on-grid purposes. Most solar inverters will fall into one of these three categories.
Grid-tied inverter: Grid-tied solar inverters are the most common inverter type you'll come across. As the name suggests, these inverters require a grid connection to operate and are capable of pulling power from the grid as well as feeding power to the grid. If the power grid ever goes down, a grid-tied inverter will automatically shut off, which leaves you prone to power outages even with solar panels. To avoid outages, a solar battery and additional equipment need to be installed. Grid-tied inverters are normally cheaper than hybrid and off-grid options too.
Hybrid inverter: A hybrid inverter is a solar inverter and a battery inverter combined into a single unit, designed to offer an on-grid and off-grid power solution. You can still install a hybrid solar inverter without a battery. Solar batteries need a battery inverter to be able to power your home. Some solar batteries on the market come with their own built-in (or integrated) battery inverter. If a solar battery doesn't come with a built-in battery inverter, you'll need to install a compatible third-party one. A hybrid inverter could be an option in this situation. Just keep in mind that hybrid inverters are typically pricier than regular grid-tied solar inverters.
Off-grid inverter: An off-grid inverter is designed for off-grid solar panel systems. These draw power from solar batteries to operate and to keep the power on during the day and at night. This type of inverter cannot be connected to the grid and should only be installed if you have plans to live completely disconnected from the power grid. You'll likely also need multiple batteries to truly live free from the power grid.
When it comes to inverters, size matters. Your inverter must be sized properly with your solar panel system to avoid efficiency and power reduction issues. Your inverter's maximum AC power output should match your solar array's maximum energy production (DC power). If your solar panel's DC energy production is greater than your inverter's maximum AC power output rating it can result in solar inverter clipping, limiting how much energy is delivered to your home. You'd lose out on chunks of electricity generated by your solar panels.
Your inverter's wattage should match the wattage of your solar panel system. If you have a 7,000-watt solar panel system, your inverter size should be at least 7,000 watts. When it comes to solar products, you'll likely see kilowatts used as a unit of energy measurement more than watts. That's fine; the same rule still applies with kW. If you have a 7kW solar panel system, your inverter size should also be at least 7kW (7,000 watts). Getting a solar inverter with a much larger wattage than your solar array can cause efficiency and performance issues.
An installer will properly size your inverter with your solar panel system based on the size of your solar array and the amount of sunlight your home receives throughout the day.
As with any expensive purchase, you'll want to know your inverter's warranty, along with the specifics on what costs are covered and what costs you'll be paying out of pocket. Most solar inverters come with a limited warranty. The limited warranty will typically cover five to 12 years (depending on the manufacturer). Most manufacturers will cover an inverter or part replacement under the limited warranty butwill not cover the labor cost to install the part or the associated shipping fees. Shipping and labor costs are more likely to be covered under an extended warranty, which comes at an additional cost. These extended warranties can cover anywhere from 15 to 25 years. Make sure to carefully read through an inverter's warranty document to see what costs will be covered.
Inverters with multiple components will typically come with separate warranties for each component. DC power optimizers are a component that is frequently purchased with string inverters, but since these are two separate components, the string inverter and DC power optimizers will likely have separate warranties. Roof equipment, like DC power optimizers and microinverters, will normally have longer warranty coverage than wall equipment. Twenty-five years is the industry standard for microinverter and DC power optimizer warranties.
Inverter efficiency is a measure of how efficient your inverter is at converting your solar panels' DC electricity into AC electricity to power your home. The higher your inverter's efficiency, the less electricity you lose over time. It's important to note that an inverter's efficiency will never be 100%. This is because some energy is lost to heat or is used by the inverter during the conversion process. Energy can also be used to power the inverter when it's on standby.
Experts also say inverter efficiency does matter to a degree. What matters more is choosing the right type of inverter, like string inverters or microinverters, and solar setup for your home "With efficiency, I wouldn't go so far as to say it's a red herring, but generally pretty much all inverters nowadays are 95-plus percent efficient," Kurchin said. "So that's unlikely to be kind of a make or break for any real practical application."
There are two different inverter efficiency ratings to keep in mind: peak (maximum) efficiency and California Energy Commission efficiency, with CEC efficiency being the more helpful of the two ratings.
Peak efficiency: An inverter's peak efficiency (also known as maximum efficiency) rating indicates how efficient the inverter is at converting the solar input (DC) energy into home electricity output (AC) energy when it's operating at its optimal (or rated) capacity. In other words, this is a measurement of your inverter's efficiency when it's performing at its best.
CEC efficiency: California Energy Commission efficiency is most commonly referred to as CEC efficiency and is a weighted efficiency rating that reflects the inverter's performance range across various DC input amounts. An inverter isn't always going to operate in "optimal conditions." You're going to have periods of indirect sunlight throughout the day. CEC efficiency is a weighted efficiency rating that takes into account different load factors at different voltages, which gives you a more accurate representation of how efficient your inverter is going to be on an average sunny day.
"The actual efficiency of your inverter is going to be some sort of weighted efficiency based on how much power is going into it at different times and at different efficiencies, at those different powers," Kurchin said. "And so the CEC efficiency rating is trying to get some sort of general estimate for that by making measurements of the inverter at different percentages of its rated power."
To get its CEC efficiency rating, the inverter is tested by a third-party, CEC-approved laboratory. Check out the CEC Solar Equipment List Program for a comprehensive list of CEC-tested products. Europe also has a similar weighted efficiency rating called the "European efficiency rating." This rating has the same premise as the CEC efficiency rating but weighs in different assumptions during the calculation.
Your inverter is the central hub, or "brain" of your solar panel system. With the correct software in place, your inverter will be able to continuously collect data on your home's energy consumption and how much electricity your solar panels are producing. Most inverter manufacturers create an app that allows you to monitor this data. More advanced inverter software will usually include features that help users control their power loads, avoid time-of-use rates and store your energy data to help predict your monthly energy bill and ways you can save. Long story short -- the more ways you can control and interact with your solar panel system, the better.
These apps are not without their flaws. Some solar monitoring apps can be buggy and might not always update you with your solar system's data when they're supposed to. Reading through user reviews on app stores can give you a decent understanding of what you'll be experiencing when using a specific solar app.
The "best" solar inverter for your home depends less on the inverter manufacturer and more on what your home's specific energy needs are. Your solar panel system size and the conditions on and around your roof play vital roles in determining what type of inverter setup is best.
Experts emphasize picking a solar installer with a good track record of the type of solar installation you're looking for. If you want something smaller than a whole-home solar system, see our picks for the best portable solar panels and solar generators.
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