In solar energy, the function of an inverter is to effectively manage the way your solar system works. This includes maintaining the balance between the two types of energy involved in powering your appliances.
First, there’s direct current power, which is also referred to as DC. This is the type of power that you find in batteries, and it’s the same power that solar panels generate. However, DC energy on its own cannot be used to power your appliances, which is why you need an inverter.
Because all the electrically powered appliances in your home use an alternating current (AC), you need an inverter to convert the DC energy stored in the solar panels into AC power that you can use.
In a hurry? Here are 3 Top Rated Solar Inverters
Off-Grid vs. Grid-Tied Inverter
How does a grid-tied inverter work? Well, it basically converts DC power that’s stored in the solar panels into AC, after which it sends it to the grid in order to obtain credit. Now, there are literally only two parts involved in wiring a grid-tied inverter, the inverter itself and your solar panels, which is why they’re so simple and easy to install and use. There are some grid-tied units that come with batteries nowadays but they’re still a rare find.
What about off-grid inverters, you ask? Off-grid inverters require a third component in order to function and that is a battery.
First, the solar panels transfer energy that’s still in DC form to the batteries, which the inverter inverts into AC power that you can use for all your household appliances. In a way, this system is sort of like a mini power grid, and the best part is that the inverter won’t use up the power in your batteries as the solar panels will constantly charge your battery bank.
Since they contain extra parts like a battery monitor, charge controller and AC/DC circuit breakers, off-grid inverters are significantly more complex than their grid-tied counterparts. Not only that, but you also have to account for the added off-grid equipment that you need to make the system work, including remote controls, surge suppressors, breakers and enclosures etc.
We understand that some of this terminology might be a bit confusing at first, but you need to get used with it so that you can understand the following information. It’s going to help you make an informed purchase when the time comes for you to buy a converter.
How Solar Inverters Work in a PV System
As soon as the sun hits the solar photovoltaic (PV) system, the electrons inside the solar cells shake about to create DC energy. Thanks to the circuits within those cells, enough energy is accumulated to power your home.
Solar panels collect sunlight and convert it into energy, and once that energy has been sent to an inverter, it gets converted from DC energy to AC energy. In this form, solar energy has the capacity and ability to power all kinds of appliances around the house such as the kettle, stoves, hair dryers and other electronics.
How to Choose a Solar Inverter
The following are a few important facts that you need to keep in mind before you purchase a solar inverter:
Check the Size
First off, consider the amount of power that you need to run your household. Determining the appropriate off-grid inverter size that’s right for your home is pretty simple and requires only that you make a list of all the appliances that you’ll be using around the house.
Then, calculate the wattage of all the different appliances and lights put together to figure out how many watts your system will need to generate in order to power everything at once. Of course, you probably won’t have everything running at the same time, but aggregating everything like this is the best way to get the most out of your solar system.
Remember to include the voltage that each appliance requires to run smoothly. The average appliance typically runs on 120Vac, whereas something as complex as a good pump might require up to 240Vac.
Consider Pure Sine Wave Instead of Modified Sine Wave
We won’t go into how pure sine wave inverters work in this article, as that would require a whole other post. However, we can tell you that they provide a cleaner power output than a modified sine wave inverter.
However, some people opt for modified sine wave inverters anyway because they’re a much cheaper option but they end up with low-quality power output as a result.
Pure sine wave inverters, on the other hand, provide excellent quality power output that’s comparable to a power grid (and in some cases even better).
Also, modified sine wave inverters have been known to negatively affect the performance of certain appliances like pumps, compressors and motors that just wear out quicker than they’re supposed to. It can also damage computers to the point of complete breakdown, while TVs and radios often end up with static background noise or develop poor audio and video quality.
That’s why we highly recommend that customers go for pure sine wave inverters to avoid these and other problems. Even if you have to save a little more for them, it’s worth the wait because you know they’ll help extend the lifespan of your appliances.
If you want to know what the difference is between a pure and modified sine wave inverter, simply look at its total harmonic distortion (THD) rating. This is usually written on the inverter’s spec sheet and tells you what the power quality output of the inverter is.
Look at the Technical Specs
The following is a list of important technical specs to look out for when making your purchase:
- Efficiency – This basically refers to the maximum amount of battery power that the inverter will be able to deliver to your home appliances. Ideally, you want your inverter to have a maximum efficiency rating of 94% to 96%.
- Self-Consumption or No-Load Current Draw – Even when it’s sitting on standby, your inverter will continue to consume power. For the best results, make sure you go for an inverter that has low power requirements.
- Surge Capacity – No matter how efficient your system is, short-term overloads can happen. You need an inverter that has a high surge capacity so that it doesn’t trip when this happens. Also keep in mind that certain appliances like the fridge require up to 3x of their normal energy requirement to even power up.
- Battery Charger Output – A thoughtfully designed off-grid inverter should come with its own battery charger that you can use along with a backup generator to keep the lights on during the cold winter months. The battery charger for a solid quality off-grid inverter will have a rating of about 50-100 amps DC to keep you going.
- Temperature Range – Whatever you do, don’t store your inverter in an area that experiences extreme temperatures because they are very sensitive to extreme heat.
- Warranty – The standard warranty period for an inverter starts at one year, but this can go up to 3, 5 and even 10 years if the manufacturer is willing to provide an extension.
If you want to find out how your inverter measures up based on the above mentioned technical specs, simply look at the product’s spec sheets, or consult with a specialized solar technician to help you choose a good quality inverter.
Depending on the inverter you end up choosing, you may need to purchase a few extras, such as:
- Battery Charger – This will keep your system running even when there’s no sun for your solar panels to draw energy from. These can also double as inverters when needed, and they work by drawing power from a backup AC generator.
- Grid-Tied Capability – If you’re considering a grid-tied setup with backup battery power, then it might be worth it to consider a grid-tied inverter with the ability to send power to a central grid.
- Automatic Generator Start – While this particular function comes as a standard feature of some inverters and charge controllers, yours might require one that comes as an extra attachment.
- Read Up on the Manufacturer – To make sure that the product you’re purchasing is of high quality, do your research on the manufacturer and find out what kind of reputation they have. At the end of the day, inverters are a long-term investment that you should purchase from a reliable manufacturer.
Check for UL Listings and Certifications
For the purposes of code compliance and safety, off-grid inverters need to be certified according to the law.
For example, home inverters require a UL 1741 listing, while boat and RV owners need to carry a UL 458 for their mobile inverters.
Inverters that are used for emergency purposes require a KKK-A-1822E certification, and you’ll need a UL 1778 in order to enjoy uninterruptible power supply.
If you’re outside of the US in a place like Canada, you’ll need to have a CSA 107.1 standard certification, and for those outside of North America, there’s the IEEE 1547 standard certification which is internationally recognized.
Check the Price
As with anything that you purchase, the price will play a huge role in the type of inverter that you choose, and of course, you get what you pay for. Oftentimes, the pricier a model is the more features it has.
Also consider the price of the components required when installing the entire system, including circuit breakers, mounting plate, remote control etc., and don’t be afraid to shop around to compare prices too!
Solar Inverter Types
A solar inverter is designed similarly to a LEGO toy and it comes with different pieces that need to be put together to make it work. Also, they’re designed so that you can attach them to a certain amount of solar boards, and these solar boards usually cost 90% more than the inverter itself.
Unlike your solar panels, which can last for up to 25 years, inverters are designed according to the principles of planned nascence, which means that they’ll have to be replaced after a predetermined number of years. To get the most out of your solar inverter, be sure to plug it into the right quality and quantity of solar panels.
If you connect it to more or less solar panels than required, it may malfunction or simply fail to perform at its highest capacity. For the best results, make sure that you inverter stays connected to about 95% of the solar panels that it’s supposed to be hooked up on at any single time.
The following is a list of the 3 different types of inverters available on the market:
Standalone Solar Inverter
As the name implies, standalone inverters work regardless of whether or not they’re connected to a solar panel. They’re able to source power in DC form from photovoltaic (PV) batteries, wind turbines, hydro turbines, and engine generators.
The market is flooded with standalone inverters, and it’s probably because unlike their tied-up counterparts, they don’t need anti-islanding protection. Also, they work constantly to integrate vital battery charges, which help keep the AC battery charged up.
Grid-tied inverters work together with a utility charged sine wave and are an ideal option if you want to power your home with a utility grid that will let you benefit from net metering.
On the other hand, grid-tied inverters are designed to automatically switch off whenever there’s a power cut, which pretty much makes them useless in times of emergency.
If you’re considering this option, keep in mind that grid-tied inverter systems require anti-islanding protection. A grid-tied inverter is said to experience islanding when it functions as though the utility grid is functioning even when it isn’t. This usually happens when the electrical system has resonating load circuits.
Battery Backup Inverters
A battery backup inverter works by siphoning energy from the batteries using the onboard charger to manage that energy charge, and then delivers the excess energy to your utility grid. You can use these to deliver AC power to specific areas during power outages. Also, they require anti-islanding protection when you install them as well.
Top 10 Best Solar Inverters Of 2020
Solar inverters are an important component for your solar power system and are vital to ensuring that everything runs like a well-oiled machine. Below we’ve listed a few of what we consider to be the best inverters available on the market, as well as the pros and cons of each so that you can make an informed decision.
#1 APS YC500A Micro-Inverter Review
- Maximum Power Output: 500W (from two solar modules)
- Up to 16 solar modules (8x YC500s) in a string with a 20A breaker
- Individual MPPT for each panel one inverter for two solar panels
This efficient micro-inverter from APS boasts features like integrated ground and a highly capable trunk cable. Although small, this unit has the capacity to handle a sequence of 16 solar modules with a 20A breaker.
Plus, it has an impressive power output that can reach up to 500W. All in all, this APS YC500A Micro-Inverter definitely lives up to the phrase “dynamite comes in small packages.” It is ideally suited for modules from 280 to 310W.
- Maximum Power Output: 500W (from two solar modules)
- Individual MPPT for each panel
- Peak Efficiency: 95.5%
- Dimensions: 8.6″ (220mm) x 5.4″ (160mm) x 1.37″ (29mm)
- Weight: 5.5 lbs. (2.5kg)
- Up to 14 solar modules (7x YC500s) in a string with a 20A breaker
- 10 and 25-year warranties available
- Designed to operate in challenging real-world conditions from -40 F to 149 F
- Warranty: 10 years standard, extendable to 25 years
Take a look at this video for more details:
- Has the ability to function with multiple modules
- Great design
- Nice and compact
- Two independent MPPTs within the unit
- Successfully optimizes the production of each solar panel
- It’s a bit delicate so you have to be careful with how you handle it
- It doesn’t come with AC connector
#2 GIANDEL Power Inverter 12000WATT Review
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If you’re shopping on a budget but you still want a good quality inverter, this is it. Designed by Australia’s leading inverter manufacturer GIANDEL, this inverter comes with dual AC outlets and a convenient USB charging port.
It’s designed in a way that the input and output spots are isolated, which makes it really safe to install and keep.
You can use this to power up your laptop, a few lights, some power tools etc., at the same time without it tripping.
- Power (2 AC Outlets): 1200W Rated, 2400W peak
- USB output: 1xDC 5V/2.4A(max)
- Output wave: modified sine wave
- Nominal input voltage:9.8-16VDC
- Nominal output voltage: 110-125VAC
- No load current: 0.8A
- Internal fuses:4*35A
- Battery cables: one pair with a length of 2 feet
- Remote controller: a remote controller with a 15ft cable. More convenient to control the inverter ON/OFF
- 20A solar charge controller(PWM) :suitable to connect 300Watt(15-18VDC) solar panel
- Battery status indicator: display the voltage of the battery while charging only
- Battery select switch: set to GEL or SLA according to your battery
- Built-in cooling fan only starts working when the temperature is over 104℉
- Updated version with mounting slots
- Manufactured by a reliable brand
- Backed by a 1-year warranty
- Comes with lots of awesome features
- Great starter inverter at a very affordable price
- The product has a nice and firm finish
- Helpful user manual and customer support
- The remote switch is not included
- The AC outlets are a bit loose
- The plastic cover on the terminals should be improved
#3 MicroSolar 12V 3000W Heavy Duty Inverter Review
- 12V DC Input, 120V AC Output. Conversion efficiency: 92%
- 6 months FREE REPLACEMENT and 1 year‘s warranty.
- Including Battery Charger. 2AWG 2 Foot (60 cm) Battery Cable
This well-built MicroSolar 12V 3000W Heavy Duty Inverter effortlessly connects to your panels to provide 92% conversion efficiency.
Sure, it’s large and clunky, but that’s what makes it so tough, and it’s backed by a 1-year warranty and a 6-month free replacement.
- DC 12v system
- Input under voltage protection: 10V
- Input under voltage activation: 10.6V
- Input over voltage protection: 16V
- Conversion efficiency: 90%
Note: Induction motors such as air conditioners, refrigerators, freezers, microwave ovens, and pumps may have a startup surge of 3 to 7 times the continuous rating. Heat generating appliances such as hair dryers and water heaters will have high peak surges as well.
Example: If the microwave oven has peak surge which is 4 times the continuous wattage, the 1200 Watt continuous microwave ovens will have 4 x 1200 Watts = 4800 Watts peak surge. The recommended inverter to run 1200 Watt continuous and 4800 Watt peak surge microwave is 2500/5000 Watt inverter or larger.
Support small air conditioner, small microwave, laser printer.
Weight 18kg/39.7lb Shipping Weight 20.5kg/45.1lb Package Dimensions 52.5*34.5*29.5cm/20.7*13.6*11.6inch.
Power consumption: Almost ZERO when turn OFF.
No Load Power consumption <30W.
- Has 300W power capacity
- Powerful and won’t trip
- 120V AC output
- Built tough to last
- This model doesn’t really come with a lot of features
- The warranty period is rather short
#4 AIMS Power 6000 WATT 24V DC to 120/240V Review
- POWERFUL: 6000W continuous, 18000W surge for 20 seconds, 24VDC, 50...
- PROTECTIONS: Overload, over temp, high voltage, low voltage, short...
- FEATURES: AC direct connect terminal block, charge current control...
Now, if you’re on the market for a really sturdy, powerful and capable inverter that will last you for years, look no further than this 600W unit from AIMS.
With a peak power capacity of 18000 watt, it only makes sense that this inverter features an industrial/ marine grade frame. We also love that it’s packed with useful features, like settings to let you choose the battery type, auto gen start, a charge controller and even a built-in smart battery charge.
It has the flexibility to pull from batteries first with the main power line as a backup or pull from the main power line with battery backup with a simple dip switch. The unit is designed to hold batteries, sub-panel and all necessary switching and wiring with minimal re-routing of existing branch circuits, so it’s fairly easy to install.
Check out this installation video for more details:
- Output Waveform: Pure Sine/Same as input (Bypass Mode)
- Nominal Efficiency: >88% (Peak)
- Line Mode Efficiency: >95%
- Output Frequency: 50Hz +/- 0.3Hz / 60Hz +/- 0.3Hz
- Typical Transfer Time: 10ms
- THD: <10% DC
- Nominal Input Voltage: 24.0Vdc
- Minimum Start Voltage: 20.0Vdc
- Low Battery Alarm: 21.0Vdc-22.0Vdc
- Low battery Trip: 20.0Vdc-21.0Vdc
- High Voltage Alarm: 32.0Vdc
- Low battery Voltage Restart: 26.6Vdc
- Idle Consumption: 46.5W
- Power Saver Mode Idle Consumption: 18.9W
- Output voltage: Depends on battery Type
- Charger Rate: 40A
- Dimensions: 16.48″ x 8.74″ x 7.1″
- Weight: 56 lbs
- Very reliable
- Great value for money
- It could use some improvements in the looks department
- The fan is a little noisy
#5 OutBack Power VFX3648 Vented Off Grid Inverter 3600W 48VDC Review
- 48 Volt DC Input with Sine wave 120 VAC - 3600-watt rated output.
- Stackable and programmable when used with option OutBack HUB and MATE...
- High capacity DC charger to optimize generator run time for battery...
This particular inverter yields high wattage for when you want to power several appliances and lights in your home at the same time.
The inverter/charger is modularly expandable and stackable when used with option OutBack HUB and MATE charge controllers, which are sold separately. The modular and stackable design allows up to 10 inverters to be connected in a grid-tie system.
With the new Outback Power FX-R Renewable Hybrid inverters, you’re no longer forced to use only one type of electrical system. Traditionally, most inverters are designed to work as either grid-interactive power systems or off-grid systems. Outback has changed the rules and developed a single inverter that’s capable of both. All you have to do is simply reprogram the inverter’s connectivity settings.
It offers high operating efficiency and it’s available in vented VFX and sealed FX versions within M-Series. The value of the sealed version is keeping out pests and dirt, while the value of vented one is higher continuous power output.
It has corrosion resistant internal components and bug proof chassis which makes it ideal for hot and humid areas. You don’t have to worry about mosquitos messing with your power supply during hot weather conditions. The device is UL458 certified and backed by a standard 5-Year warranty.
Check out the video for more information:
- Model number: VFXR3648A-01
- 3,600 volt-amps AC output
- 120 volts AC output at 60 Hz
- Nominal DC input voltage: 48 Vdc
- Continuous AC RMS output: 30 Amps AC
- Idle power: 34W full, 9W search, 3W off
- Typical efficiency: 93%
- Maximum output current: 70AAC peak, 50AAC RMS
- Continuous battery charge output: 45 Amps DC
- Weight: 61 lb (28 kg)
- Dimensions H x W x L: 12″ x 8.25″ x 16.25″
- Perfect for an off-grid setup
- High wattage yield
- Very versitile
- Lots of extra features
- 5-Year Warranty
- It’s quite pricey
- The charge controller is not included
#6 SolarEdge SE7600H HD-Wave Inverter Review
The popularity of this brand can be attributed to the unique design that uses DC optimisers which enable individual panel level monitoring and control. This new generation of inverters features advanced digital processors and thin-film capacitors to produce a clean AC output with a significant reduction of heat losses. HD-Wave technology inverters are half the size and weight of the previous generation and raise the CEC efficiency up to record-breaking 99%.
The reason why Solaredge was able to produce such a small and efficient inverter LIES in the fact that all Solaredge inverters must be installed in combination with the DC optimisers which perform part of the job of a common string inverter.
- Peak Efficiency: 99.20%
- CEC Efficiency: 99.00%
- Recommended PV Input (STC): 480 Watts
- Maximum DC Input Voltage: 400.00 Volts
- Maximum DC Input Current: 20.00 Amps
- AC Voltages: 240 Volts
- AC Frequencies: 60Hertz
- Continuous AC Power Output: 7600 Watts
- Min Operating Voltage: 211.00 Volts
- Max Operating Voltage: 264.00 Volts
- Dimensions: 5.59 × 14.57 × 11.02 in
- Weight: 20.95 lb
Check out the video for more information:
- Highly efficient
- Very reliable
- Remote monitoring available
- Outdoor and indoor installation
- Built-in module-level monitoring
- Easy installation
- 12 year warranty period
- Not very resistant to water and other elements
#7 Fronius GALVO 2.5 Inverter Review
Fronius Galvo is especially suitable for self-consumption systems, and with its power categories ranging from 1.5 to 3.1 kW it is perfect for households. The integrated energy management relay allows the self-consumption component to be maximised. It also offers other smart features, such as the simple connection to the internet by WLAN, the integrated data logging, or the plug-in card technology for retrofitting additional functions. A free solar web smartphone app is also available for android of iOS.
The Fronius Galvo provides an extra wide voltage window allowing for immense flexibility in string design and it is suitable for all module technologies due to galvanic isolation.
On top of that, the new hinged system allows very quick and easy installation, while the unique snap-in design makes servicing and maintenance very simple.
With its high protection class IP 65, the unit is designed both for indoor and outdoor mounting.
- Peak Efficiency: 96.00%
- CEC Efficiency: 95.00%
- Recommended PV Input (STC): 3800 Watts
- Maximum DC Input Voltage: 550.00 Volts
- Maximum DC Input Current: 16.10 Amps
- Min MPPT Voltage: 165.00 Volts
- Max MPPT Voltage: 550.00 Volts
- Number of MPPT’s: 1
- AC Voltages:208 Volts, 240 Volts
- AC Frequencies: 60Hertz
- Continous AC Power Output: 2500 Watts
- Min Operating Voltage: 165.00 Volts
- Max Operating Voltage: 550.00 Volts
- Positive Input Channels: 3
- Negative Input Channels: 3
- Lots of extra features
- Lightweight and compact size
- Super easy installation and maintenance
- Durable and weather-resistant
- The monitoring software could be improved
#8 SMA America SMA Sunny Boy 7.7-US Inverter Review
Compared to the previous generation of Sunny Boy inverters, the SMA 7.7-US inverter features several improvements including a wider voltage input window, direct smartphone access and a Secure Power Supply, and three independent MPPT inputs. Due to industry-leading 100 volts DC minimum system voltage, the 7.7-US inverter will work with shorter PV strings and produce more power.
This inverter includes three independent MPPT which improves efficiency and flexibility.
It also features an integrated DC disconnect switch with each inverter, which makes the installation more simple and easy. The smart design of this inverter features two-part enclosure concept, allowing simple, expedited maintenance and servicing.
The combination of three MPPT inputs, Secure Power Supply, direct smartphone access and integrated DC disconnect make this one of the most cost-effective inverters available.
Take a look at this helpful installation guide video:
- SMA SB7.7-1SP-US-40 SunnyBoy String Inverter
- 7700 Watt,
- 600V DC,
- NEMA 3R,
- Photovoltaic Inverter with Integrated Disconnect,
- Transformerless, 240V or 208V AC Output.
- Gray Lid. AFCI u0026amp; Secure Power Supply capable.
- Integrated WLAN.
- Wattage: 5000
- Volts AC: 208, 240
- Volts DC: 600
- Type: Transformerless, Disconnect, Inverter
- Also known as: SMBSB771SPUS40, SMA, SB7.7-1SP-US-40, Residential Inverters, Inverters, Solar Products, Solar/Clean Energy
- Simple installation
- Very reliable
- High efficiency
- Remote monitoring available
- Backed by a 10-year standard warranty
- We couldn’t find anything wrong with this product
#9 Enphase Energy IQ7 Review
Enphase energy is known for high-quality microinverters and is widely considered as the global leader in microinverter technology and the company’s seventh generation microinverter, the Enphase IQ 7 series, is suited to residential applications and commercial systems.
Unlike single string inverters that work with multiple solar panels, these super small and effective inverters work on a per-panel level. It has the maximum output power of 250 VA and provides peak CEC efficiency of 97.6 %. This inverter is optimized for 60-cell panels of up to 350 watts.
Enphase Energy VS String Inverters | Product Review and Comparison
- Peak output power 250 VA
- Maximum continuous output power 240 VA
- Nominal frequency 60 Hz
- Cooling Natural convection – No fans
- Dimensions (WxHxD) 212 mm x 175 mm x 30.2 mm (without bracket)
- Weight 1.08 kg (2.38 lbs)
- Lightweight and simple to install
- Built-in rapid shutdown compliant
- Remote monitoring
- Very durable
- Backed by a 25-year warranty
- The computer program that comes with the system is good and informative but could be more specific
- Customer service could be improved
#10 Tigo TS4-R Optimisers
With this innovative Tigo TS4-RV platform, you can equip every single PV module selectively with an additional function, which allow for individual panel level monitoring and power optimisation. This system prevents shaded solar panels to drag the entire array down, thus saving the energy. If you want to achieve higher energy yields and system costs reduction, these optimizers are the right choice for you.
Tigo Energy offers three types of optimizers; Tigo TS-4R-M (Allows monitoring to be added to individual modules, while transmitting data via WLAn), Tigo TS-4R-S (provides the necessary safety and monitoring services), Tigo TS-4R-O (provides module level optimisation into one seamless unit).
The Tigo uses a very clever concept known as “impedance matching“, which helps improve the collection of power from the array as a whole.
Tigo Energy optimizers are compatible with most inverters on the market.
To find out more about this system, click on the video below:
- Highly efficient
- Easy installation
- Upfront costs may be higher than with regular inverters
How Much Do Inverters Cost?
You might be wondering how much do these solar inverters cost, we can give you a general and basic idea about them. Most importantly, solar panels last for a time frame of 25 to 30 years, in the same way, we have seen that inverters need a replacement right after 11 years.
To replace any kind of inverter, this the most expensive and costly step that you have to proceed with! Its replacement cost range between the amount of $3,000 and $20,000 each time you are going to replace your inverter.
On the other hand, if you are planning to go for Hybrid inverters, then they are going to cost you approximately $1000-$2000. Moreover, a large number of models and versions cost $3000 or even more than that.
Some people like to go for battery inverters and this replacement can cost and charge you $2000-$3000.
If anyone of you is going for average-sized installation, then remember that the typical sort of solar inverters ranges in between the price tag of 1000 dollars to 1500 dollars. And this price range is going to quickly and speedily go up if your installation job gets bigger and massive.
This happened in early time 2016 when the team of experts found out that solar inverters cost and the average price is around and about 0.18 dollar per watt.
If you want to go for a 5.6-kilowatt installation, then the cost will come out to be 16,408 dollars. Furthermore, it is these larger solar installations that need and require larger as well as more expensive inverters.
Now, you have got a clear and general idea that how much do inverters cost. And if you still have questions on this topic, you can ask us.
Are Sungrow Inverters Any Good?
We have noticed that observed that Sungrow inverters are of top and premium quality. They are possessed with impeccable and amazing quality aspects.
Furthermore, they make budget-friendly inverters that are long-lasting. A large number of their models and versions give out 1000W continuous power.
Moreover, they can successfully convert 12VDC to 110VAC Pure Sine Wave as well as 2000W Surge power.
These inverters are installed with high-speed ventilation fans, this way; your inverter is going to keep on running and functioning right at a low temperature.
Their inverters are user-configurable and they are accompanied by ECO Power-Saving Mode and too Frequency Switches.
These Sungrow inverters have the potential to come up with cleaner and reliable power. They give out smoother and completely quieter power output.
You can freely make use of these inverters to run your fans and lights and even any other electronics of yours.
Some of the Sungrow inverters come with wired remotes so that you can control and operate them from a certain distance.
We have concluded that using these Sungrow Inverters will always be ideal for you. The best part about them is that they run on power-saving mode.
Their inverters are packed with robust as well as sleek design. It is their exclusive design that helps you conserving more and more power.
And these same inverters are injected with an off-grid application system. They give overload protection to both your DC input and AC output.
These are the kind of inverters that prevent damage to any of your components and the unit. Furthermore, they have LED indicators so that you can experience under-voltage protection and also over-voltage protection.
Lastly, these Sungrow Inverters offer over-temperature protection and overload protection, and at the same time short circuit indication.
Are Micro Inverters Better?
You may have heard about the trend of using these micro-inverters and we have seen that they are marked as one of the recent additions to the market and industry of solar panels.
They are seeing increased popularity day by day. In addition, in the time of 2013, more than half of U.S. solar installations availed and utilized micro-inverters.
For the information, they are the kind and sort of inverters that you can connect with an individual solar panel. They tend to function independently and instantly convert DC power right to AC power.
Using microinverters will always be great for you as they deliver and offer a substantial number of benefits. If you are one of those homeowners who are planning to switch to solar panel mode, then you should use these inverters as well.
Besides, these inverters bring the optimal voltage to your solar panel system. They help your system to generate and produce maximum peak power voltage.
The great part is that these inverters run on the Maximum Power Point Tracking (MPPT) system and they track real-time solar intensity as well as cell temperature that varies and differs throughout the day.
They are marked and identified as an efficient solution and remain to stay independently controlled. These kinds of inverters do not get affected by the presence of shade or debris.
In all kinds of situations, they show an extreme tendency to produce optimal power. As these inverters operate on an efficient performing system, that is why you should use them!
Apart from that, they are highly reliable and pass themselves through extensive and rigorous testing.
These inverters can withstand and face extreme weather conditions. They ensure enhanced safety and eliminate exposure when it comes to high voltage DC electricity.
Such inverters usually and generally offer a 25-year warranty time and marked as better value as well as an investment over time.
How Much Do Micro-Inverters Cost?
To buy these microinverters, they are not much budget-friendly for you. Their average price is 1000 dollars and even more than that!
This is an expensive option as compared to string inverters. Furthermore, they are costly to maintain.
Like, if your microinverter is not working fine and it needs repairing and high maintenance, then that is a costly thing to do.
Their replacement and servicing cost can empty your pockets. When replacing an inverter, you need to set up your solar installer for one more time right there on your roof.
Moreover, you need to again work with this racking system of yours and unbolt these solar modules. Replacing an inverter is not an easy and simple task to do and it is costly as well.
If your house is located and resided in some storm-prone area, then think for a while whether you should keep a solar inverter over there or not!
In such locations, these microinverters may shake themselves a lot and thus gets damaged.
How Does Solar Edge Power Optimizer Work?
Below you can know about the working potential of Solar Edge Power Optimizer, you can see the required details and get complete information on how this optimizer work and run:
You need to keep in mind that this is a DC/DC converter that is linked and connected by installers to each of the single solar modules. In addition, these solar modules are then converted into smart modules.
The purpose of using these Solar Edge Power Optimizer is to increase and enhance energy output coming from PV systems. This function is performed by constantly keeping an eye and tracking the maximum power point MPPT range of each of the modules individually.
Most importantly, these power optimizers monitor and track the performance of each module. They are designed and meant to communicate performance data thoroughly to the SolarEdge monitoring platform.
Moreover, they are here to give enhanced and also cost-effective module-level maintenance time to the user. We have seen that each of the power optimizers is equipped and installed with this unique SafeDC™ feature.
This feature automatically reduces and decrease modules’ DC voltage up to a secured and safe level whenever the solar inverter or grid power is going to turn off or shut down.
Hence, this is the basic function and operating mechanism of this optimizer and if you have further queries on tits working state, then you can ask from us anytime.
Benefits of Solar Edge Power Optimizer?
Many benefits are given by Solar Edge Power Optimizers, below you can get an idea about them:
These optimizers allow Per-module Maximum Power Point Tracking system and run on the superior efficiency mode. Furthermore, they give 99.5% peak efficiency and also 98.8% weighted efficiency.
They can mitigate all kinds of module mismatch-loss and withstand manufacturing tolerance and even the situations of partial shading and aging.
These optimizers are designed in a manner to bear and witness extreme kind of environmental conditions. The ideal part about them is that they give 25-year reliability time and extensive warranty time.
All versions of Solar Edge Power Optimizers are highly advanced and offer real-time performance measurement modes. They operate on an automatic module DC voltage range and remain to give firefighter safety features.
This is all we have information on Solar Edge Power Optimizers, if you are using these optimizers, then share with us your feedback and views.
Rest, these optimizers have come out as great and ideal advancement and one should seek immense benefit from them.
With the right solar inverter, you can enjoy a smooth functioning and powerful solar power system that won’t trip due to overuse, and will come in handy during emergency power outage situations, such as pandemic hysteria. As mentioned above, you want a solar inverter that comes at a good price point with all the right features and specs.
Of the inverters we reviewed above, we believe that the No products found.is the one with the right combination of power, ease of use and installation, as well as a good balance of features. It boasts 12000Watts of power, two AC outlets, a dedicated USB charging port, as well as isolated input and output spots.
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Last update on 2021-01-23 / Affiliate links / Images from Amazon Product Advertising API