The Best Places to Buy solar energy inverter price Online and In-Store

08 Apr.,2024

 

Solar Inverters

Inverters convert direct current (DC) electricity produced by solar panels into a sinusoidal alternating current (AC) of 220V, which is suitable for most electrical appliances.

The assortment of inverters for solar systems on the market today is huge. Contact us, and we will help you select the necessary device that will optimize your power production.

Why to buy from us:

  • Our warehouses are located on both east and west coasts of the USA: California, Washington, Colorado, Texas, Florida, New Jersey, and Missouri
  • We process all orders within 24 hours and ship them within 48 hours
  • Delivery normally takes between 4-7 business days
  • All of our suppliers are trusted solar panel manufacturers

Types of inverters we offer:

We have different types of inverters in stock, which allows our clients to choose the suitable device for each specific purpose.

  • Grid-tie inverters conserve the excess electric power and redirect it into the main power grid. In a case when you consume more electricity than your solar panels are able to produce, the inverter will take it from the main power grid. In the event of a failure and overcast conditions, electric appliances will still work properly.
  • Off-grid inverters convert electric current through the battery circuit. The power of such an inverter can reach up to 8000 Watts. To determine the size of the required inverter, you need to calculate the total load of all devices in the power supply grid. To do this, measure the power of each device for 1 hour and summarize the obtained result.
  • Hybrid inverters are most effective for solar systems. Besides the grid connection, they have an option to work from solar batteries. Hybrid inverters allow for flexible control of the electric current, directing them to the electrical load at home, to batteries or for sale to the external grid. In other words, when the external grid connection disappears, the power generation does not stop, as in the case of a grid-tie inverter, but continues from the batteries. This equipment is ideal for installation in residential areas, is highly efficient, reliable and durable.

Phases and efficiency of inverters

Inverters with single-phase and three-phase alternation current output of 220 and 380 V are readily available in our online store. Three-phase models can be used in homes or industrial sites. The energy conversion efficiency of single-phase inverters is 96.8%, and three-phase inverters is 98.2%.

The power of our inverters is from 1000 W and higher. The equipment can be connected in cascade thus increasing the efficiency of the solar panel system. In some models of the inverters that we offer, there is a function to control energy generation through the Internet. You have the ability to remotely adjust the process of production and consumption of electricity received from solar panels.

String inverters are the first thing that comes to mind when we talk about solar inverters. String here stands for several panels connected together in series. It’s reasonably cheap and highly efficient. Shading is what string inverters fear the most. When one solar panel in the string is overshadowed by a tree or a building, it brings down the performance of other panes as well. You can add power optimizers to each PV module and the drop in production of one of them won’t affect the others.

The other popular type of inverter for solar panels is the central inverter. It functions similarly to a string solar inverter, but bigger and can handle several strings. They are used in commercial solar systems, where a lot of solar power has to be converted. In 2019 string and central inverters together took over 90% of the solar inverters market, claim IHS Markit 2020.

Mini inverters for solar panels

The equipment makes it possible to integrate single solar panels with a capacity of up to 300 watts directly into the electrical grid. It includes a built-in MPPT tracker that tracks the maximum power of the connected solar battery. Thanks to the mini inverter, you can include panels of various types and performance in the system. The number of such mini electric grids is unlimited and can be increased on demand.


The most popular brands of inverters

SMA America LLC - can be used for both small home solar power stations, with one or several solar panels, and for creating PV systems with a power of several megawatts. They are ideal for panels that run in parallel with a centralized electrical supply grid, as well as for grid-tie and off-grid electrical systems.

Most models have built-in communication modules for data transmission, remote monitoring of the solar system operation, reactive power compensation system for compensating and leveling power system’s distortions, as well as various overcurrent and surge protection devices.

SolarEdge combines sophisticated digital control technology with power conversion technology. They have best-in-class reliability. The fixed voltage technology provides optimal output current, regardless of the number of panels in the system and environmental conditions.

This device combines the patented receiver of the monitoring data of the solar power station operations and accumulates information on the performance and power of each PV module. You can easily detect a malfunction and diagnose it in the electrical system.

If you are not sure which brand of inverter to choose, employees of our company will answer all of your questions related to the solar inverter operation as well as suggest which model of equipment is suitable for your home, depending on your needs.

Inverter is fragile learn to take care of it

Solar inverters are very vulnerable and are more likely to break down than anything else in a PV system. The reason for this is the internal complexity of a solar power inverter. It has the widest range of tasks, uses software (which needs updating and occasionally bugs). Inverters usually last for 10-15 years. The lifespan of microinverters, on the other hand, is comparable to the lifespan of a panel itself – 25 years.

Pick a dry cold place for your inverter out of direct sunlight. It is preferable to place it near a battery to shorten the travel distance for electricity. This device needs proper air circulation to function so it’s recommended to leave around 12 inches of free space around it.

Tips for looking after a solar panel inverter include:

  • Wipe the dust off the inverter once in a while to prevent its overheating. 
  • Check connections.
  • Check the monitor. If it displays an error code, call for professional help.
  • Clean the air filters every once in a while — you might need help from an expert with this task.

However, solar panels and solar panel kits are also sold directly from distributors in the event you’re qualified to carry out your own DIY solar installation . Consider the following when making a decision about where to purchase your panels.

Home and business owners typically purchase solar panels through solar companies , which are certified to deal and install products from top manufacturers. These solar installers then plan and execute the installation, and many monitor the system afterward for proper functionality.

In contrast, other installers can only offer similar financing through solar leases, PPAs or third-party providers (such as Mosaic or Sunlight). Third-party loan providers can complicate the process, while opting for a loan or PPA will disqualify you from some of solar’s biggest benefits (additional property value, federal solar tax credit and local solar incentives).

Eligible homeowners enjoy 18 months of solar power before having to pay their first bill. When coupled with the federal solar investment tax credit (ITC), the initial energy savings can offset more than a third of the overall cost of a system before requiring a dollar down.

For that reason, Blue Raven Solar developed an innovative solar financing plan that offers in-house, flexible, zero-money-down options with no interest for 18 months. The results speak for themselves, as Blue Raven Solar is now one of the fastest-growing solar companies in the nation and was recently acquired by SunPower. Its BluePower Plus+ plan (exclusive to Blue Raven) mimics the flexible structure of a lease while still providing the greatest benefits of owning your system. It will also help keep solar affordable as more states move to net metering 3.0, as California did in 2023.

We like Blue Raven Solar because it understands that, for most homeowners, the cost of solar presents the biggest barrier to entry.

SunPower’s biggest downside? Its high-efficiency panels are considerably more expensive than most of its competitors’ products — an average of around $4.00 per watt as opposed to the industry standard of $3.33. However, its powerful panels are workhorses that make up for the initial cost with more backend production (think about this like spending more money for a car that gets more miles per gallon).

If that weren’t enough, SunPower systems come packaged with products all manufactured in-house by its sister company, Maxeon. This means that your panels, solar cells, inverters, battery and EV chargers are designed to work together and are all covered under the same warranty.

SunPower earns its position as the top national installer on our list for a handful of reasons: It installs the most efficient solar technology on the residential market, topping out at 22.7% efficiency, offers the most expansive service area through all 50 states and backs its installations with a warranty well above the industry standard — 40 years, as opposed to the industry standard of 25. All the while, SunPower pioneers sustainability efforts within the industry.

SunPower designs and installs industry-leading residential solar and storage solutions across all 50 states. With a storied history of innovation dating back to 1985, no other company on this list can match SunPower’s experience and expertise.

Choosing a Solar Installer in Your Area

Certified solar energy companies carry out the vast majority of solar panel installations. When hiring a professional solar company, you can either go with a local or national installer.

A local solar installer will usually be able to offer you more personalized service, more affordable prices and more intimate knowledge of local solar incentives and policies. Ultimately, this could end up saving you more or helping you get more value out of your system. The flip side is that nationwide installers can often have access to a wider range of solar products, like the most efficient solar panels and the best solar batteries in the industry, and they often buy materials in bulk and can pass those savings onto you as the customer.

This can give you more options to maximize the power output and durability of your system, too.  There’s not really a right or wrong answer here, and in fact, the best approach may be to consult with two or three installers that service your area before making your decision.

Solar panels are an investment in your home and your family’s future. (image credit: Adobe)

DIY Solar Panel Installation

Installing your own solar panels provides the opportunity to save money on labor and also gives you greater control over the final configuration of your home solar system. Be aware, however, that there can be significant downsides to do-it-yourself solar jobs.

First, it is complex, technical work, requiring electrical expertise and thorough knowledge of how solar works. If you’re unskilled or inexperienced in working with electricity, installing solar panels presents concerns to both your safety and the integrity of your roof and electrical system.

Additionally, going with DIY solar panels means you won’t reap the benefits of experienced solar designers, who can help you design the optimal energy-generating, money-saving system. If you do choose to buy solar panels and install them on your own, you can purchase panels from:

  • Manufacturer websites
  • Hardware stores
  • Amazon.com (where you can buy full solar panel kits)

Finally, DIY panels tend to have efficiency ratings that top out at 18% and average around 15%. This pales in comparison to the 22.7% maximum and 20% average from professionally-installed panels. Overall, you’ll see more value from professionally-installed panels because they’ll offset more or your electric bill. It will cost more upfront to hire a pro, but you’ll usually save more — an average of $31,513 after the system pays for itself — in the long run.

How to Buy Solar Panels

Now you know where to purchase panels, but as for how to buy solar panels, your next steps will again depend on whether you hire a professional or go the DIY route.

Hiring an Installer for your Solar Panels

For most of our readers, we recommend hiring a solar installer that will plan your system and purchase the solar equipment on your behalf. Note that installers buy in bulk and have access to wholesale prices, so they can actually help you save money on your equipment costs, though of course, you’ll then have to pay for the labor. The general steps in the process are as follows:

  1. Consultation: Meet with a few of your area’s top solar companies to compare pricing and proposals outlining the pros and cons of solar for your home.
  2. System design: Once you choose a solar installer, a representative will take a look at your roof and design a solar system that meets your energy goals. The importance of this step usually outweighs that of the installation itself, as a solar system will only be as effective as its design.
  3. Permitting: Depending on where you live, you may require permits and approvals from your municipality before your solar system can be installed. Your installer can handle all of this on your behalf.
  4. Net metering: If your local utility company offers net metering, you’ll need to apply and enroll prior to the installation itself. This step should also be handled by your solar company, though it may require a signature or two from you.
  5. Installation: Once you receive the needed approvals, your installer can begin work to assemble your system. This may take anywhere from a day to a full week depending on the complexity of your project. Most installations are finished within a day.
  6. Review and approval: Most municipalities will require you to have your system inspected for safety before it’s “switched on.” Both cities and utility companies usually require inspections. Again, your solar company will handle the logistics of these inspections.
  7. Using your system: After you get your final approvals, you’ll be ready to turn on your solar system. Your installer will advise you on how to do so. They’ll usually set you up with a monitoring system, as well, so you can keep track of your production and ensure proper functionality.
  8. Applying for tax credits: Any reputable solar company will walk you through how to apply for solar tax credits, rebates or grants available in your area. Some will even do so on your behalf.

If you want to know more about installing a solar panel system, you can click below to connect with an EcoWatch-vetted installer and get a free estimate.

Buying Your Own Solar System (DIY)

If you’re a more qualified homeowner looking to research, design and install your home solar system, you’ll need to purchase equipment on your own.  First, determine how many solar panels your home requires.

This hinges on an array of factors: the amount of electricity your household consumes, the surface area available on your roof, the amount of sun exposure your roof receives and more. The number of panels you need will vary wildly, but the table below includes a quick look at some estimates based on monthly electricity consumption.

Monthly Electricity Consumption Average System Size Required Average # Panels Required 600 6 kW 16 700 7 kW 19 800 8 kW 22 900 9 kW 24 1,000 10 kW 27 1,100 11 kW 30 1,200 12 kW 32

For residential installations with limited roof space to work with, we recommend looking into highly efficient solar panels. This will ensure your investment is worthwhile. (We’ll get more into the different types of solar panels below.) Also, remember that designing a solar system requires a lot more than just panels. Consider what equipment you’ll need before purchasing your solar panels.

Do you want a string inverter or microinverters? Do you need a battery? A charge controller? (We’ll also get more into this later on). Even if you carry out your own installation, you’ll still need to apply for any necessary permits and interconnection agreements. In the event you perform an off-grid installation, you may not need permission from your utility.

What Are The Types of Solar Panels For Sale?

There are three basic types of photovoltaic panels available today: monocrystalline, polycrystalline  and thin-film. The factors differentiating these options have to do with the efficiency, flexibility, solar cell makeup, size and cost of the solar panels. These can all impact which solar panels you purchase.

Solar Panel Type Advantages Disadvantages Monocrystalline solar panels Highest efficiency and best performance Highest upfront cost Polycrystalline solar panels More affordable than monocrystalline Lower efficiency than monocrystalline Thin-film solar panels Portable and flexible Lowest efficiency and power output

An important note we’ll repeat: For homeowners with a limited surface area on their roofs, efficiency is the name of the game. Make sure to buy solar panels with high efficiency ratings, as this will maximize the sunlight available to you, making your investment more worthwhile. Most of the best solar panels will be monocrystalline.

Panel efficiency is likely going to become even more important than it is now once net metering 3.0 is adopted throughout the country. This change to the net metering policy will reduce the credit rate for every kWh you export to the grid, so you’ll need higher production rates and exportation rates to break even. In most cases, you’ll also need batteries to see significant savings, at which point high-efficiency panels can help keep them charged and ready to support your home’s consumption at night or on cloudy days.

Other Equipment You’ll Need to Buy for Your Solar Panel System

If you’re doing your own installation, you’ll need to consider purchasing the following when you buy your solar panels:

  • Inverter: This converts direct current (DC) solar energy into the alternating current (AC) electricity needed to power your home. Most options will be string inverters or microinverters.
  • Battery: A solar battery allows you to store excess energy for future use rather than feeding it back into the electrical grid. Having a battery maximizes your solar energy use.
  • Mounting system: This stabilizes your solar panels and ensures they stay in their proper rooftop position.
  • Wiring: Wiring is used to connect your solar system to your electrical panel. You’ll also need conduit to run the wires safely.
  • Solar charge controller: A charge controller regulates voltage and prevents batteries from overcharging.
  • Critter guards: These guards go along the edge of your panels and keep squirrels and birds out from underneath them. These aren’t technically required, but they can help prevent fires and are highly recommended.

Final Thoughts: Where to Buy Solar Panels

Installing solar panels involves a number of decisions, starting with where to buy your panels. Are you qualified to install solar panels yourself? What type of solar panel is best for your energy needs? What other equipment will you need to buy along with your panels?

If you choose to go with a solar company:

Make sure you do your research and hire a vetted, experienced solar contractor with a track record of success. Ask any friends or neighbors with solar who they hired and how their experience was. Some solar companies have programs that reward $1,000 or more for referrals. You can also continue your research on the best solar companies, or look for local solar installers in your area.

If you want to know more about installing a solar panel system, you can click below to connect with an EcoWatch-vetted installer and get a free estimate.

The cost information presented in this article is derived from a comprehensive analysis, incorporating data from multiple industry sources. The average cost per watt per state was calculated based on figures from Consumer Affairs, Energy Sage, and Berkeley Lab’s Electricity Markets & Policy Department. Additionally, monthly energy consumption and the average monthly cost of electricity were sourced from the U.S. Energy Information Administration, ensuring a well-rounded and accurate representation of the information presented.

The Best Places to Buy solar energy inverter price Online and In-Store

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