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How Much Do Solar Panels Cost in 2023

This guide will give you a quick run-down of solar panel costs and everything involved with installing solar on your home. We also include some handy ways to save money on installation.

Solar panels cost 7,212 on average in Australia. This price is for the most common size system (6.6kWh) after applying the government rebate.

Below we look at different size systems and what each state costs

Cost of Solar Panels by State

Size Cost (NSW, QLD, WA, SA, NT, ACT) Cost (VIC, TAS)

How much does solar panel installation cost?

The cost of installing a solar panel system is factored into the price of the solar system.

If a company is advertising a 6.6kWh solar panel system’s price as 7,212, this price includes installation after the rebate.

Some solar panel installations near you might try to pay an extra install price, but it’s a scam. Be sure to get everything in writing before they start.

Solar panel cost per watt

How much solar panels cost to install per Watt will depend on the size of the system and the local rebates.

Solar panel per Watt in Australia are 0.98 AUD based on the average price of a 6.6kWh solar system. If you compare this to 3.40 AUD paid in the USA, it’s easy to see how much of a good deal you are getting.

Formula: 6,190 divided by 6,600 Watts = 0.98

When you buy larger systems the price per Watt comes down. Kind of like a buy in bulk and save. The reason is the labor cost to install 20 panels is about the same as installing 15, so you are just really paying extra for the panels.

Solar panel by home size

We have created this table to quickly and easily show you the solar PV system for an average home. We have included the system’s size, the required roof size, the number of people per home this system can support, and the saving per year you will enjoy off your power bill.

Visit our homepage for links to more articles on the cost and ROI of solar panels.

Suits homesizeSystem sizeNo. of panelsNo. of PeopleAverage yearly saving

Cost of solar for a 3 bedroom house

The cost of solar for a 3 bedroom house will depend on the size of the system you install. Generally, you would go for a 5 – 6.6kWh system depending on your home’s specific power needs.

That means you will pay 5,130 to 6,190 on average. If you have any kids and a pool, you might be better going for a 6.6.kW system. If you are just a couple living there then a 5kW system would be ideal.

Factors that affect installation cost

Electricity consumption of your home

Basically, if you use more power, you are going to need a bigger system to keep up with demand. It kind of cons with the territory with larger families. lights, televisions, fridges, etc. The more power you need, the more your solar power system will cost.

Home location

Depending on where you live in Australia, will have an effect on the price to install your solar PV system. Different states have different rebates so this affects the overall cost of system installation. Also, the amount of sunlight you get in Tasmania will be different from that in Darwin, so the number of panels can vary to produce the same amount of power.

The quality of panels and inverter you invest in

If you don’t do your research, you can end up paying twice as much for the same quality solar system, depending on the brands of the panel and inverter your installer talks you into. If you are paying more, be sure it’s with a tier 1 branded panels nd inverter combo.

Ease of installation

Some homes are a bit of a nightmare to install panels on and it simply takes longer. For example, a 2 story house with a flat roof is going to take longer than a single-story home with a pitch that requires less work. Labour costs are a factor, but not as much as the hardware itself.

The Australian dollar

Most solar panels are imported so if we have a weak Australian dollar, it can affect the cost of imports. Even though the dollar is currently strong, current world wide inflation levels are likely to have an effect on solar panels. That being said, it is still not really worth it to wait as the solar rebate is reduced every eyar.

Rebate amount reduces every year

The solar rebate is not here to stay forever, it is going to phase out completely by 2030. Each year the rebate gets smaller and the cost of installing solar increases. The ROI however, remains relatively the same as electricity costs seem to creep up each year with the cost of installing solar.

Solar panel cost by state

The cost of solar does vary from state to state, but this is mostly due to local government programs and, and where you fall on the STC map.

The cost of solar in Queensland is generally cheaper than Tasmania because of larger rebates from the federal government.

You are best researching your individual case in your local state and postcode to determine the cost of a solar system.

How long will it take for solar panels to pay for themselves?

On average, it will take you about 4 years for the system to have generated enough value in electricity production to have covered its own cost outright.

This payback period or ROI for your solar system can be a little longer for small units and for households that consume less power.

How much will I save each year?

Below is a table that outlines the yearly saving per system size, as well as the life time saving for the same system. Bear in mind these are averages, but it will give you a good idea.

System sizeNo. of panelsAverage yearly savingLifetime Saving

How much is the solar rebate

The government solar rebate initiative reduces the cost of solar by a whopping 30 – 40%% depending on the state.

The rebate is based on the size of the system you install and the current Small-scale Technology Certificate price (STC). The price usually hovers around the 38.50 price.

You are awarded a certain number of STC’s depending on which of the 4 UV zones you live in Australia.

Solar panel cost after rebates applied

Below are up-to-date of solar systems after the rebate has been applied based on the zone you live in. See map for zone details

System sizeGross PriceRebateNet price after rebate

Cities include: Darwin, Cairns, Townsville, Mackey, Rockhampton, Hervey bay

System sizeGross PriceRebateNet price after rebate

Cities include: Alice Springs. Darwin, Mt Isa, Longreach

System sizeGross PriceRebateNet price after rebate

Cities include: Brisbane, Gold Coast, Sunshine Coast

System sizeGross PriceRebateNet price after rebate

Citiesinclude: Melbourne, Hobart

Commercial solar panel cost by size and state

Commercial solar panels vary depending on the size of the system you install and the state you live in.

Below are the average costs of the most popular commercial solar system sizes.

System SizeAverage RebateAverage Price

Commercial solar panel cost per watt

The bigger the system, the cheaper the cost per Watt. For a 15kW system you will pay about 0.85 per watt installed, while for a 100kW system you will pay closer to 0.68 per Watt.

for commercial systems do vary depending on the quality of equipment used and the installer, but the above are a great gauge to go by.

How many solar panels are needed to power a home?

At the risk of stating the obvious, this all depends on the size of your home and the amount of power you consume. It will also depend on how much physical space you have on your roof to lay the panels. A typical rooftop solar has about 24 panels, but some larger systems have up to 40 panels.

Below is a breakdown of system sizes in kW and the number of solar panels required.

Is solar getting cheaper and should I wait?

Solar is getting cheaper as every year passes due to the large spike in Chinese production, and market Hyper-consumption. This along with the Australian government’s Small-scale Renewable Energy Scheme (SRES) has meant that installers have struggled to keep up with the demand of the last few years, and for good reason.

Should you wait? Not really. With the cost of power steadily on the rise in Australia and the interest-free finance available specifically for solar installs, there is no reason why you should not get a solar system installed taking advantage now of this far cheaper form of energy production.

Solar panels tier 1, tier 2 tier 3 cost comparison

Solar panel manufacturers are broken up into tier 1, tier 2, and tier 3. These tiers separate the larger companies from the smaller ones. Another way to say it is Tier 1 is bigger and more well-known producers like Panasonic, Trina, LG, Canadian Solar, etc., and their solar panels cost more than tiers 2 and 3.

This is not to say other manufacturers produce solar panels of lower quality, it’s just the tier ones have been at it for a while, not as with a warranty that lasts 25 years, you want to be sure the company is still going to be here if you want to claim in 10 years. So you will pay less for tier 2 and 3 panels, but what is the real cost if you can’t claim the warranty?

Are batteries worth it if I use consume most of my power at night?

In that case yes, over the long term installing a battery with your rooftop solar system will be worth the extra cost. The biggest misconception about solar is that your electricity bill drops to zero. You need to remember solar only works when the sun is out. At night you pay for all the electricity you consume unless you can store the power with a battery.

What are the upfront costs of getting solar installed and is finance worth it?

These days there are loads of companies that offer no deposit and zero-interest for the first couple of years on solar installation. That means you can walk right into a solar system with nothing down. The payments will be very similar or less than your current electricity bill, so there really is no reason not to get a system installed.

FAQs

Yes, solar panels save you money in the long term. You will reduce or in some cases eliminate your electricity bills. If you want to understand how much money can the solar panels save you, you can make an easy calculation.

The average annual electricity use in Australia is 10,972 kWh per household. This amount multiplied with the cost of electricity will give you a total of approx. 1,409 per year. And the cost of electricity is increasing at approx. 2.2% per year, so also this total amount will increase.

You can fit a system to produce all or more of your power needs. The average payback period for solar is 3-5 years. After the solar panels will pay from themselves, you will have free electricity.

You cannot get solar panels for free. They are several companies that advertise this. They will install for free on your roof solar panels, but they will charge you for the energy they provide. Advertising refers to solar leases, this meaning that the solar panels don’t belong to you and the solar energy they produce it’s not free.

The first major disadvantage of solar energy it’s the high installation cost. In a long time it will help you save money, but the original cost is high.

The second disadvantage it’s that you rely on sunlight availability. Your latitude’s crucial for an efficient solar system. Not all locations get the same amount of sunlight. If you live in an area far from the equator, the efficacy of solar power will decrease.

Yes, a house can run on solar power alone. But for that, it’s necessary to find a way to store the power during the night, when the sun won’t charge the solar panels. The systems that can help you store power are expensive. They can store energy in batteries for when the panels are not producing electricity i.e at night. Due to the technology improvements, in the future, this will become more affordable.

Yes, solar panels are worth getting. Installing them you will be able to reduce or eliminate your electrical bills, which are in continuous growth year over year. The installation cost is high, but with the state incentives, you will be able to buy them at an affordable cost. In the long term, they will help you save money.

You need to get at least 3 quotations to make sure you make the best decision about your solar panels. The costs can vary, so by getting the 3 quotations, you can see if there are differences.

The feed-in tariffs are still available in most Australian states. You will need to refer to this article to read more about your state tariffs.

Accordion ContentYes, you will receive electricity bills when you have installed solar panels. But the solar panels will help you lower the monthly electricity bills charges. Electricity bills will reduce drastically. The more electricity will provide your solar panels, the less you will pay to your electricity bill. If you manage to store energy when the sun it’s up, you can eliminate entirely the electricity bill.

The solar panels will pay from themselves on average in approx. 4 years in Australia. The average cost of installing them is 4,325, but with rebates and other discounts. With an average cost of the annual electricity bill of 1.400, you will cover the original cost in approx. 4 years.

Yes, the Federal Government provides solar credits. This equates to the government covering about half the cost of your solar system, including installation. Known as a solar rebate, they vary from state to state, so go here to see which rebate applies to you.

Author: Ben McInerney is a renewable energy enthusiast with the goal of helping more Australians understand solar systems to make the best choice before they purchase. Having an accredited solar installer in the family helps give Ben access to the correct information, which allows him to break it down and make it easily understandable to the average homeowner.

How much energy does a solar panel produce?

While many factors affect the amount of energy a solar panel can produce, you can expect a typical single solar panel in the United States to generate about 2 kilowatt-hours (kWh) per day, saving an average of 0.36 on electricity costs per day.

Now, 0.36 doesn’t seem like a lot, but that’s just the energy savings for one panel over the course of one day. Installing a whole solar panel system, on the other hand, would save you more like 130 a month (or more!).

What determines how much electricity a solar panel will produce, and how can you determine the amount of one solar panel’s generation? Let’s find out.

See how much you can save by going solar

Key takeaways

Most residential solar panels today have a power output rating of between 370 watts and 400 watts.
The average-sized solar panel will produce between 1.5 kilowatt-hours and 2.4 kWh of electricity per day.
One solar panel generates enough electricity to power small appliances like a TV, lights, or device chargers.
How much energy a solar panel produces depends on how much sunlight the panel gets, the panel’s construction, your roof’s characteristics, and even how old the panel is.
Installing a whole solar panel system allows you to power your home with renewable energy, decrease reliance on your utility, and, most importantly, lower your electric bill.

How much electricity does a solar panel generate?

The average solar panel is able to output between 370 and 400 watts of power. This works out to a single solar panel producing about 2 kilowatt-hours (kWh) of electricity per day. That’s enough electricity to watch your TV nonstop for almost a full 24 hours.

The following table outlines how much electricity a 400-watt solar panel would produce under ideal conditions over the course of a day, a week, a month, and a year:

Time	Electricity production of 400-watt solar panel
1 day	2 kWh
1 week	14 kWh
1 month	60 kWh
1 year	730 kWh

How many solar panels do I need to power my house?

Let’s be honest, no one is installing just one solar panel on their roof. As mentioned above, one solar panel will produce roughly 2 kWh daily. On the other hand, the average U.S. home uses about 29 kWh of electricity daily. So, you’ll need a lot more than just one panel.

In fact, you’ll probably need at least 15 solar panels on your roof to generate enough electricity to cover your daily energy usage. That works out to about 6,000 watts of solar, or 6 kilowatts (kW). A 6 kW system will produce about 10,950 kWh per year. That’s enough electricity to cover the average household’s electricity usage and potentially eliminate a 135 electricity bill.

The actual number of solar panels you need will largely depend on how much energy you use throughout the year. But it will also depend on your panels’ environment and the panels themselves.

factors that affect the amount of electricity that solar panels produce

We want to be totally honest with you, most of the time, solar panels won’t produce the maximum amount of energy possible. Solar panel specifications, like power output ratings, are determined by testing the panels in a laboratory under Standard Test Conditions.

Your roof isn’t exactly a lab, and the conditions it’s under aren’t always going to be ideal for your solar panels. There are a number of things that will impact how much energy your solar panel is generating.

Amount of sunlight

The amount of sunlight that hits a solar panel is one of the biggest factors in how much electricity it will generate. The more sunlight available to the panel, the more electricity it can produce.

This means you’ll want to install solar panels on an unshaded portion of your roof. You don’t want overhanging tree branches or your chimney casting shadows on your panels. Even dust and debris can cause your panels’ production to drop, so it’s important to clean your solar panels once or twice a year.

It’s more than just if your panels are shaded or not. It also has to do with if where you live naturally gets a lot of sunlight. Scientists use “peak sun hours” to compare how much sunlight different places get. Solar panels will be able to generate more electricity in places that get more peak sun hours.

The following table lays out how much energy a 400-watt panel could produce in states that receive different amounts of sunlight, assuming all other conditions are the same:

State	Number of peak sun hours	Daily electricity production
Arizona	7.5	3.0 kWh
Alaska	2.5	1.0 kWh
California	6	2.4 kWh
New Jersey	4	1.6 kWh

You can hear more about how weather conditions impact solar panel production in this video from SolarReviews founder, Andy Sendy:

Panel characteristics

The panel itself also affects how much energy it can produce. Solar panels are made up of solar cells, which are what actually turn sunlight into electricity. Today, most solar panels use monocrystalline solar cells, AKA the most efficient silicon solar cell made today. If you used a polycrystalline solar panel, it wouldn’t be able to generate as much electricity as its monocrystalline counterpart.

It’s not just about the material the solar cells are made out of – how much electricity a panel produces is also impacted by how many cells there are and how those cells are shaped! Solar panels typically come in two sizes: 60-cell solar panels for homes and 72-cell panels for larger commercial installations.

72-cell panels have more solar cells, so they’re able to generate more electricity, but they’re too large to use on many residential roofs. However, a lot of solar panel manufacturers today are starting to make 66-cell solar panels that are still practical for home solar, but the extra six cells mean the panels can produce more energy!

Manufacturers are also making more half-cut solar panels, where the solar cells are cut in half with a laser before being put into the panel. This increases the efficiency of the panel so it can generate more electricity. Half-cut panels are also wired differently than traditional panels, so shading has less of an impact on how much energy is generated.

Bifacial solar panels: Bifacial solar panels are able to generate electricity from light that hits both the front and the back of the panel. When sunlight hits the ground and bounces back up, bifacial panels can capture that reflected light and use it to make more electricity. These aren’t particularly useful for homeowners with rooftop solar, but they can be a great option for ground-mounted systems.

Your roof

The truth is, not all roofs are good for solar. The characteristics of your roof are a major player in how much energy solar panels can produce for your home.

The number one thing you need to consider is the direction of your roof. The best direction for solar panels to face is south, so you’ll want to have a south-facing roof for maximum energy production. This doesn’t mean you can’t install solar panels if your roof faces a different direction. The panels will just generate less electricity because they get less sunlight.

The following table outlines how much electricity a solar panel will generate facing different directions if all other factors are the same:

Solar panel direction	Estimated output
South	2 kWh
East	1.7 kWh
West	1.7 kWh
North	1.4 kWh

Assumes 400-watt solar panel and 5 peak sun hours

The panel’s age

The panel’s age is often forgotten, but it’s important to remember that your solar panels won’t produce the same amount of energy for their whole life. As solar panels age, they lose a bit of their ability to generate power. You can think of it as any other electronic you have. your laptop probably doesn’t work as well as it did the day you bought it.

Solar panels, on average, degrade at a rate of about 0.5% per year. So, by the end of a panel’s typical 25-year warranty period, they usually operate at about 85% of what it was initially. Don’t worry – your solar panels will still generate enough electricity to help lower your utility bills.

See how much it would cost to power your home with solar panels

How to determine how much electricity a solar panel can produce

So, now that we’ve covered what impacts a solar panel’s ability to produce electricity, we can get into the good stuff. figuring out how much power solar panels will produce for your home.

We’ve already established that there are a number of factors that are going to impact how your solar panels generate electricity. So for the sake of simplicity, we’re only going to take a couple of things into account for the below example, including:

All you need to do is multiply the wattage of your panel by the number of daily peak sun hours. A homeowner in Florida who installs a 400-watt solar panel can expect about four peak sun hours in a day. That means this panel would produce 1,600 watt-hours of electricity per day. Electricity is usually measured in kilowatt-hours, so you simply divide your 1,600 watt-hours by 1,000 to get 1.6 kilowatt-hours.

400 watts x 4 peak sun hours = 1,600 watt-hours per day 1,600 watt-hours /1,000 = 1.6 kWh per day 1.6 kWh x 30 days = 48 kWh per month 1.3 kWh x 365 days = 584 kWh per year

Bear in mind, this is a really simplified way of calculating how much electricity a solar panel produces. The actual amount will fluctuate day by day, even hour by hour, based on all the factors mentioned earlier. Use our solar panel calculator to get a more accurate view of how much electricity you can expect solar to produce on your roof.

Solar panel model	Power rating	Estimated daily power production
SunPower M-Series	440 W	2.20 kWh
REC Solar Alpha Pure	430 W	2.15 kWh
Candian Solar HiKu6	420 W	2.10 kWh
Qcells Q.PEAK DUO BLK ML-G10	410 W	2.05 kWh
Jinko Eagle 66TR G4	400 W	2.00 kWh

Estimated production of a single panel assuming 5 peak sun hours at STC.

Keep in mind, high-wattage panels tend to come with high price tags, too. This means you may have to pay more upfront for your system, but you’ll need fewer panels to meet your energy needs.

Power your whole home with solar to save money

Now you know how much solar electricity you can expect one solar panel to produce and how much a whole system can, too.

But the best part is that installing solar does way more than just let you power your home with renewable energy. it helps you save money. By using the electricity generated by solar panels on your roof, you don’t have to take electricity from your utility, which means they don’t have to charge you.

Most of the time, you can install enough solar panels to cover all of your electricity costs. In fact, that 6 kW solar system we discussed earlier could save the average American homeowner around 130 a month!

But of course, this is just an estimate. Just like with how much electricity a panel produces, how much solar panels can save you depends on many factors. The easiest way to determine how much solar panels can save you is by using our solar panel savings calculator below. Not only will you get a free solar savings estimate, but you can also choose to get in contact with vetted local solar installers to start getting real solar quotes for your specific home.

How Much an RV Solar System Cost. 3 Budget Setups

Are you considering setting up your RV with solar power, but wondering how much it will cost you to install RV solar panels or exactly which parts you really need?

The good news is whether you are a full-time nomad or weekend warrior, there are great RV solar systems available at any price point.

Below, you will find the best RV solar setup and budget for:

I will also explain the benefits of spending more on the major components that will go into your RV solar system as well as a few cool add-ons that can help you monitor the solar power you are generating and using.

If you are new to the RV solar world, I suggest that you spend a few minutes reading through the basics of how an RV solar system works to help you estimate the size of your components based on your power needs.

If you are confident that you have a basic understanding of the components, and you would like to determine how to build the best RV solar system within your budget; keep on reading!

RV solar setups come in all shapes, sizes, and prices. I have helped fellow nomads go off-grid for as little as 300, and I have seen setups that cost well over 10,000.

Keep in mind that RV solar is very customizable, and the components are available at any price point. I have spent hundreds of hours researching and installing RV solar systems, and I’m excited to share this knowledge with you.

This page includes affiliate links. If you click and purchase, I may receive a small commission at no extra cost to you.

Best RV Solar System. Under 1,000

Weekend warriors looking to add solar to their RV usually don’t need all the bells and whistles that full-time RVers need.

Nor do you need to spend a lot of money on gadgets that you’ll only use a few weeks out of the year.

Rather than investing in a top of the line inverter and lithium batteries to run an espresso machine and blender, I recommend having a system that will allow you to use the sun to charge phones, turn on the lights, and power the jacks and slides.

Having a simple solar setup will open up many more camping options.

State and national parks rarely have electrical hookups, and a little bit of solar power can save you from having to ruin the peaceful nature with a noisy generator.

I have friends with this simple setup and they love how easy it is to use and how efficiently it keeps their batteries topped off.

Most RVs come with a 100 amp hour (Ah) lead acid battery (similar to a car battery).

Lead acid batteries are a good, inexpensive option; but keep in mind that you should not allow these batteries to drop below a 50% charge.

Therefore, one battery will only give you 50 aH of usable power. This is enough power storage to charge a cell phone 10-15 times or have a few lights on for 20 hours.

Pro tip- A significant power draw that you might not think of is your furnace fan. While the furnace uses propane to create heat, it also uses a fan to circulate the heat.

Using your furnace on a cold night will draw 40-50 Ah from your battery bank, which would take a single lead acid battery down to zero. If you plan to RV in the cold, add a 2nd battery.

RV Inverter :

While the setup above will be able to keep your batteries charged and DC appliances running, you won’t be able to run your AC appliances (anything that plugs into a normal wall outlet) without an inverter.

If you need to keep your laptop charged or you want to power up the TV to watch your team’s game, you can add a simple inverter like this 1200 watt Pure Sine Wave Inverter for around 200.

There are many low-cost options out there, but make sure you get a pure sine wave inverter. Modified sine wave inverters can damage your appliances, and the extra hundred bucks is worth protecting your MacBook.

This simple and inexpensive RV solar setup will keep you powered up while you explore nature off the grid.

Setting up this system requires no prior electrical experience as the components are all plug-and-play.

Best RV Solar System. 1,000-3,000

If you RV full-time or you like to spend multiple weeks traveling in your RV, I recommend that you add a few extra components to your RV solar system and consider some modifications that will make your life easier.

The components of this RV solar system are higher quality, which will lead to less maintenance and fewer headaches on the road.

RV Solar Panel Kit :

Buying an RV solar kit is a great option for someone trying to get quality components at a good price.

RV solar kits also make your installation easier as the parts are all compatible. The best RV solar panel kits are made by Renogy as their solar panels are efficient, durable, and come with a 5 year warranty.

I really like this Renogy 400 watt solar panel kit because it comes with four high-quality 100 watt solar panels, an MPPT charge controller, and all of the wiring and mounting hardware that you need to get started.

You can always add more solar panels to these kits if you want. You can use this RV solar calculator if you aren’t sure how many solar panels you need for your RV.

Renogy makes a few solar panel kit options, but you will want to make sure you go with one that has an MPPT charge controller.

MPPT charge controllers are much more efficient than their PWM counterparts, and this upgrade will save you from having to get an extra solar panel.

After choosing your solar panels and charge controller, next are your batteries.

RV Batteries:

The best RV batteries for someone on a budget are Renogy lead acid batteries. If you can afford the upgrade, lithium batteries definitely have major advantages.

Renogy batteries are tested for the various conditions that RVs go through, and the ~200 price point for 100Ah makes these a great entry-level battery.

The major downside to any lead acid battery is that you can only use 50% of the battery storage without damaging the battery.

That is why the RV solar calculator shows that you need 2X as many lead-acid batteries to get the same amount of usable power.

Unfortunately, lithium batteries are still very expensive (800 for good ones), but if you are interested we have rated our 5 Best RV Batteries from AGM to lithium.

RV Battery Monitor :

One last component of your RV solar system that will save some headaches is a battery monitor.

Renogy makes a battery monitor for under 100 which is very simple to install.

Rather than estimating your RV battery storage using a voltage reading, the battery monitor will show you real-time battery remaining percentage.

Best RV Solar System. 3,000

If you want the best RV solar system for full-time RVing and boondocking, look no further.

There isn’t just one brand that makes the top of the line for every RV solar component and this setup below will allow you to customize your solar setup to have the top of the line RV solar panels, RV batteries, and inverter.

I’m also including a few add-ons to really bring out the bells and whistles to make monitoring and maintaining your system a breeze.

If you have the money to spend, I recommend this system 100%.

We have most of the components below (not sponsored, but I would love to), and we love how our system turned out.

RV Solar Panels :

Regardless of your budget, the best RV solar panels are made by Renogy, especially given their 5 year warranty.

We have four. 160watt Renogy panels, and we love them!

Depending on your budget and rooftop space, you can go with the 100W solar panels or the 175W solar panels.

If your RV has a curved surface like an airstream, you may consider the flexible solar panel option as they lighter and most importantly you don’t have to put holes in your roof, but they are considerably more expensive and not as durable.

Don’t forget the mounting brackets for the non-flexible solar panels.

MPPT Charge Controller :

Rather than using the Renogy charge controller that comes with the RV solar panel kits, our RV solar system uses a Victron SmartSolar Charge Controller as Victron makes the best RV solar accessories.

Make sure you properly size which charge controller you need by reading our post on Sizing Your RV Charge Controller.

As a reminder, a solar charger gathers energy from your solar panels, and stores it in your batteries as usable energy.

The Victron charge controller goes above and beyond by not being the most efficient in the market, it also allows you to read historical and real-time input/output data from your solar panels and battery.

Additionally, you can configure the solar charger settings from the app.

While the list price is a little extreme, these batteries are rated for 3000-5000 life cycles with zero maintenance required.

Unlike AGM batteries, you can use 100% of the listed storage capacity on lithium batteries without damaging them.

Regardless of the model that you choose, all Victron inverters have great features for boondockers such as adaptive charging technology (to maximize the charge coming into your battery) and power assist (to give your generator or shore power a boost when under a high power load).

The Victron Smart dongle is a great addition to your inverter that is worth the small price. The dongle easily plugs into your inverter and allows you to use your phone to adjust your inverter’s settings and turn off your inverter when you don’t need it

Battery Monitor :

Now that you have the best RV solar panels, batteries, and inverter; you will want to make sure to be able to easily monitor how everything is working together.

The best way to do monitor your RV solar system is the Victron SmartShunt battery monitor.

Similar to the other Victron components, the battery monitor connects to your phone via Bluetooth, allowing you to monitor the battery bank state of charge as well as the amount of power coming into and coming out of your batteries in real time.

If you want to get really fancy, you can add the Victron touch screen monitor to install in your wall. We decided that having the phone app is enough for us.

Automatic Transfer Switch :

If your RV came with 50 amp service, you should also consider adding an automatic transfer switch.

An automatic transfer switch senses if you are plugged into shore power and disconnects from the batteries if they are not needed.

If your shore power is only 30 amp and you want to run your A/C, the transfer switch will add any battery power needed to assist the shore power.

I really like our Furrion transfer switch because it was easy to set up. Furrion is a trusted RV electronics brand. They build their products to withstand the vibration and various climates that come with RV life.

After reading the first 2 posts of this RV solar series, you should have a basic understanding of how RV solar works, how much solar power you will need, and which components you should buy for your RV solar system to best fit your budget.

Next, we will discuss How to mount RV solar panels and the importance of how you decide to wire your solar panels (series vs parallel).

Let me know in the Комментарии и мнения владельцев below if you have any specific product questions, or want our input on other RV solar setups that you are looking into.

On RV Life:

How much do solar panels cost in 2023?

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Key takeaways

Solar panels can be a great solution to rising energy bills or frustration over power outages in your area. An installed solar panel system generates electricity to power your home, meaning you wouldn’t need to pay as much for traditional electricity from the grid. While the cost of solar panels has dropped by more than 50 percent in the past decade, investing in solar is still a hefty investment. The total price will depend on the size of your system, solar components, installation costs and other factors. You can lower the cost through solar incentives and tax credits at the federal, state and local levels.

How much does solar cost?

The price of the individual system components (like the addition of solar batteries) isn’t the only factor impacting the total cost of a solar panel system. You should also consider soft costs, including installation, taxes, inspection fees and more, all of which contribute to the total price.

The cost of solar panels is calculated by the price per watt. To estimate how much a system will cost, multiply the price per watt by the system size. The system size is determined by your energy consumption, typically over a 12-month period. You can check past electricity bills for a monthly estimate of your energy usage and use that amount to find your 12-month usage.

Based on data from the Lawrence Berkeley National Laboratory. a Department of Energy Office of Science laboratory. the national average cost of solar in 2022 was 3.67 per watt for an 8.6 kW system (rounded up). That works out to the average installed cost of a solar system in the U.S. being 31,558.

It’s clear that solar panels aren’t cheap, but you can lower the installed cost through incentives, rebates and tax credits. The most important solar incentive to know about is the federal Residential Clean Energy Credit. which was formerly known as the Investment Tax Credit (ITC) and is part of the Inflation Reduction Act. Solar owners can claim 30 percent of the total cost of their solar system as a credit when they file their federal tax return.

Here’s how the math works out for the average solar system:

Average solar system cost 30 percent federal tax credit Cost after credit

31,558

9,467 in credit

22,091

Many states and local governments offer solar incentives, too. You can combine these with the federal tax credit to further lower the price of solar panels.

According to SaveOnEnergy, the average monthly electricity bill in the U.S. in 2022 was 151, or about 1,812 annually. (SaveOnEnergy is also owned by Bankrate’s parent company, Red Ventures.) Depending on how you pay for your solar system, you may experience immediate savings. If you finance your solar panel system, you may not experience savings right away, but likely will in the coming years as you gain a return on your investment.

Financing your system through a solar loan may not provide instant savings because you’ll need to account for a monthly loan payment. Your loan payment is affected by your system size and annual energy consumption. As an example, the average system costs 22,091 after tax credits. If we assume a 6 percent interest rate over 20 years, your monthly loan payment will be around 158 per month.

You can use your energy bill to estimate how long it will take to experience a return on your solar investment. As an example, we’ll use U.S. averages:

Average cost of an 8.6 kW solar system: 31,558
Installed cost after factoring in the 30 percent tax credit: 22,091
Annual energy bill: 1,812

22,091 / 1,812 = 12.2 year payback period

The Energy Information Administration (EIA) anticipates a 2 to 3 percent increase in energy per year. As energy rates increase, the potential savings with solar may increase as well, reducing the payback period.

Cost of solar panels by state

The average cost of solar panels varies by state. The total cost will depend on the individual system, but local factors impact it as well. For example, average energy usage varies by state, which affects the typical solar system size that a household needs to completely cover how much energy they consume.

The following table shows the average cost of solar panels in each state, as well as the average monthly solar loan. The loan amount is based on the cost of a solar system before factoring in tax credits. You can apply the tax credit to your solar loan to decrease your monthly payment.

State Average Price Per Watt Average System Size (kW) Average Cost Average Cost with Savings Estimated Monthly Solar Loan

Arizona	3.50	8	28,000	19,600	200.60
Arkansas	3.60	10	36,000	25,200	257.92
California	3.93	5	19,650	13,755	140.78
Colorado	4.22	5	21,100	14,770	151.17
Connecticut	3.68	7	25,760	18,032	184.55
Delaware	3.42	8	27,360	19,152	196.02
Florida	3.70	9	33,300	23,310	238.57
Georgia	3.99	9	35,910	25,137	257.27
Idaho	3.70	8	29,600	20,720	212.06
Illinois	4.02	7	28,140	19,698	201.60
Indiana	4.07	9	36,630	25,641	262.43
Iowa	4.25	8	34,000	23,800	243.59
Kentucky	3.38	10	33,800	23,660	242.15
Louisiana	4.00	10	40,000	28,000	286.57
Maine	3.75	6	22,500	15,750	161.20
Maryland	3.85	8	30,800	21,560	220.66
Massachusetts	4.18	6	25,080	17,556	179.68
Michigan	4.14	6	24,840	17,388	177.96
Minnesota	4.13	7	28,910	20,237	207.12
Mississippi	3.64	10	36,400	25,480	260.78
Missouri	3.87	9	34,830	24,381	249.53
Nevada	3.52	7	24,640	17,248	176.53
New Hampshire	4.17	6	25,020	17,514	179.25
New Jersey	3.76	6	22,560	15,792	161.63
New Mexico	4.10	5	20,500	14,350	146.87
New York	3.80	6	22,800	15,960	163.35
North Carolina	3.76	9	33,840	23,688	242.44
Ohio	3.73	8	29,840	20,888	213.78
Oklahoma	3.99	9	35,910	25,137	257.27
Oregon	3.68	8	29,440	20,608	210.63
Pennsylvania	4.04	8	32,320	22,624	231.55
Rhode Island	4.01	6	24,060	16,842	172.37
South Carolina	4.03	9	36,270	25,389	259.85
Texas	3.77	9	33,930	23,751	243.09
Utah	3.87	6	23,220	16,254	166.36
Vermont	3.99	6	23,940	16,758	171.51
Virginia	3.95	9	35,550	24,885	254.69
Washington	3.59	9	32,310	22,617	231.48
Wisconsin	4.02	6	24,120	16,884	172.80
United States	3.67	8.67	31,558	22,091	226.09

Breakdown of solar costs

The total cost of a solar system can be broken down into two categories: hardware costs and soft costs.

Hardware costs include the materials and components of the system, like solar panel modules, inverters and mounting equipment.

Soft costs include installation expenses, permits and administrative fees. Soft costs make up approximately 65 percent of the total cost of a solar system, according to the Solar Energy Industries Administration (SEIA).

Data from the National Renewable Energy Laboratory (NREL) breaks down typical costs associated with solar panel installation:

Equipment: This is all of the hardware you need in a solar system, including solar panels, inverters and mounting equipment. Hardware will vary by components, specifications and manufacturers. Equipment makes up 35 percent of the cost of a solar system.

Installation and labor: Solar installers charge for the labor and installation of solar panels. You can expect several people on-site to complete the installation. Installation costs make up 19 percent of the cost of a solar system.

Overhead cost: Overhead includes the marketing, sales and administrative costs associated with running a solar installation company. You wouldn’t pay overhead costs directly, but they will be included in the overall cost for the installation. Overhead costs make up 11 percent of the cost of a solar system.

Financing solar panels

If you have the money available, you can purchase your solar system outright. You won’t have to worry about interest rates or monthly payments. Because of the large expense, buying a solar system with cash is not always feasible. However, there are several financing options available depending on your needs.

Personal loans: Personal loans have fixed interest rates and fixed monthly payments, making them a reliable and predictable option. You will still qualify for solar rebates and incentives if you finance with a personal loan.

FHA, Fannie Mae and Freddie Mac loans: These mortgage loans help you finance your home and solar panels at once. An FHA 203(k) loan offers financing for the purchase of a home and remodeling and repairs, all rolled into a single loan. A Fannie Mae HomeStyle loan does the same, with both first mortgages and refinances. There’s also the CHOICERenovation mortgage from Freddie Mac, which offers loans to pay for renovations. These types of loans are often easier to qualify for, although they may also come with higher interest rates. These may be especially good options if you are purchasing or gut-renovating a home and want to install and finance solar panels at the same time.

Home equity loan and home equity line of credit (HELOC): If you have a lot of equity in your home, a home equity loan or HELOC may be an option — letting you borrow against your ownership stake. A home equity loan normally comes with fixed interest rates and predictable monthly payments. HELOCs often come with variable interest rates, which could change over the lifetime of your loan. The interest you pay on these loans may be tax-deductible, helping you lower the amount you owe in taxes.

Solar leases or power purchase agreements (PPAs): The installation company owns the system, but the electricity from the panels powers your home. The upfront cost is low and you only pay a monthly rate to lease the system, but you won’t qualify for most incentives or tax credits.

Is solar right for your home?

Before signing a contract with a solar company, it’s important to know whether solar panels will work well for your home and budget. A few things to consider include your current energy costs, incentives in your area that impact the price and how much sunlight your roof receives.

Review your electric bill

The amount you pay in electric bills each month depends on electricity rates in your area and how much energy you use. The more energy you consume, the higher your bill will be. The same can also be said for electricity rates — higher rates will often equal a higher bill. There are some exceptions to this rule. Check your utility bills for an estimate of how much you’re currently paying and how much energy you normally use each month.

Your energy consumption levels can help you estimate the size and cost of the solar system that would cover your energy needs. Depending on how much you normally pay for energy, solar may or may not be a logical choice. If your bills are normally low, investing in solar panels might not provide enough financial benefits to outweigh the cost. If you’re often charged high electricity bills, installing solar panels could make financial sense.

Learn about government incentives near you

Solar incentives and credits are readily available across the U.S. and can make the switch to solar more affordable. We’ve already discussed the 30 percent federal tax credit, which can lower the average cost to install a solar system by 9,467.

Another common solar program is net metering, which is offered in some form in almost every state. Net metering lets you return excess solar power generated by your system back to the power grid in exchange for credits on your electricity bills. To participate in net metering, solar owners need to remain tied to the grid. They can monitor their net metering credits to understand the financial savings that the program offers. Many states also have policies to exempt residents from additional sales or property taxes on solar panels. The Database of State Incentives for Renewables Efficiency provides a complete list of solar incentives by state.

Evaluate your sunlight exposure

Solar panels will produce the most electricity when they receive a lot of sunlight. The general consensus is that solar panels are more effective when they get at least four hours of direct sunlight every day.

Solar panels can still generate electricity in indirect sun, although it will be less than if they received direct sun. This applies to cloudy and rainy weather conditions as well. However, if your roof is shaded or you live in a particularly cloudy region of the U.S., solar panels might not be worth the price tag.

How much do solar panels save?

Residential electricity rates have increased 12.8 percent across the U.S. since January 2022, based on data from the EIA. Using a baseline of 1,000 kilowatt-hours (kWh) of usage, the national average monthly energy bill in 2022 was 151, or 1,812 annually. If you invest in a solar panel system that covers your entire energy usage, you could save more than 36,000 on energy bills over 20 years.

Solar panel manufacturers normally provide a 25- to 30-year warranty on the solar products. Given the average payback period is under 14 years, solar panels could help you save on energy costs for well over a decade after you’ve paid them off.

Estimating how much you could save with solar hinges on a few factors, including your energy consumption, typical electric bill and the size of a solar panel system. If you tend to use a high amount of energy each month, you would need a larger (and likely more expensive) solar system to completely cover your usage. If this were the case, your upfront cost would be higher, but so would your savings on energy bills.

You should also consider how your financing choices will impact long-term savings. Residents who purchase a system with a solar loan or lease it will need to account for a monthly payment.

The most accurate way to determine how much money solar panels save is by getting a quote from a reputable installer.

Solar Panel Installation Cost in India, 2023

You always hear about issues related to Solar panels like its performance, shadow problems, or break down of the panel. In this blog, we will share important information regarding the installation of a solar panel. Many expert installers suggest that if a solar panel does not installed properly, you may face too many issues within a few days, months, or years.

Let’s see how to do the best quality solar panel installation which will live for a long time and provide you a long term benefit. Before this, we will discuss the types and main components of a Solar System.

What is a Solar Energy System?

Solar Energy System consists of 4 main components that decide the working of a solar energy system.

Solar Panel
Solar Inverter
Solar Battery
Panel Stand, and
Solar Panel Installation Accessories

Solar Energy Systems are of different types and can be used as per your needs and location. The 2 types of Solar Energy System are:

Solar Panel with Battery (Off Grid Solar System)
Solar Panel without Battery (On Grid Solar System)

Note: A Solar inverter is the main component of both the systems. While we install a solar energy system, we generally buy the following products:

#1. Solar Panel

A Solar panel is the primary component of a solar energy system. It is used to convert sunlight into electricity.

Solar Panel Costs

Solar panels cost, on average, about Rs. 40,000, or between 36,000 to 44,000 depending on the type and model. While solar panels can help save you money on energy costs, it’s important to know the overall startup solar panel costs so you can plan a budget.

Average Cost of 1kW Solar Panels

Average Cost	Rs. 44,000
Lowest Cost	Rs. 32,000
Highest Cost	Rs. 50,000

Monocrystalline Solar Panels

On average, monocrystalline solar panels (the most energy-efficient option) cost Rs. 43 to Rs. 63 per watt, meaning that outfitting a 3kW solar panel system (also known as a solar system) costs between Rs. 2,25,000 to Rs. 3,00,000 for grid connected solar system and Rs. 2,50,000 to 3,50,000 for standalone solar system.

Bifacial Solar Panels

On average, bifacial solar panels (the most energy-efficient option) cost Rs. 37 to Rs. 52 per watt, meaning that outfitting a 3kW solar panel system with Bifacail solar panel (also known as a solar system) costs between Rs. 2,00,000 and Rs. 2,10,000.

Polycrystalline Solar Panels

Less energy-efficient than monocrystalline solar panels, polycrystalline solar panels cost Rs. 30 to Rs. 36 per watt, so outfitting a 5kW solar panel system would cost between Rs. 2,90,000 and Rs. 3,00,000 making it a more affordable option.

#2. Solar Inverter

A Solar inverter is the central component of a solar energy system that converts DC into AC.

#3. Solar Battery

Solar battery is the power storing component that stores electricity and runs loads as the grid powers off.

#4. Solar Charge Controller

Solar Charge Controller is the converters that convert normal inverter into the solar inverter.

#5. Panel Stand

Solar Panel Stand is the balancing system that fixes solar panels on the rooftop and protects the solar panels from high blowing wind, animal attack, and so on. It provides a proper angle to the solar panels.

Installation Accessories:

There are many small and major components are using in solar panel installation. We will guide you one by one.

#6. ACDB

ACDB protects solar inverter from the AC current side. It is generally used with a grid-tie solar inverter.

#7. DCDB

DCDB protects solar panels from DC currents side. It is generally used with an off-grid solar inverter as well as a grid-tie solar inverter.

#8. Lighting Arrester

Lighting Arrester (LA) protects solar panels and other electrical appliances from thundering. It is used with the off-grid as well as a grid-tie solar inverter.

It should be in PVC Pipe (of less than 3kW) and Cable Tray (of 3kW and above)

#10. AC Wire

AC Wire is used for connection inverter with grid power and home loads.

#11. MC4 Connectors

MC4 Connector is the most important component in a solar energy system. It is used to connect DC wire with solar panels.

#12. Wire Thimbles

Wire thimbles are made of metal materials that tighten the wire (DC AC Wire) properly.

#13. Earthing Kit

It is done for 6ft. to 10ft.

1kW to 3kW: It is done with 2 earthing. One is for Inverter, and the other is for Lighting Arrester (LA).

Above 3kW: It is supported by 3 earthing. One for Inverter, one for Lighting Arrester, and the last one is for PV Modules.

Solar Panel Installer Tools

Here is the list of tools used by the installer during the installation process.

#1. Hammer#2. Spanner#3. Goti Set#4. Farma (Used for making base)#5. Pliers#6. Tester#7. Screw Driver#8. Grinder#9. Drill Machine#10. Pouching Machine#11. Still Wire#12. Clamp Meter#13. Measurement Tape#14. Water Level#15. Electrical Tape#16. Ladder#17. Cable Tie (used to tie wires with panel stand and exiting wires)#18. PVC Pipe#19. Thimbles #20. Wire Cutter

Solar Panel Installation Cost in India, 2023

Standard rate of solar panel installation is approx. Rs. 7 per watt. The further quotation can be described as:

Scope of Solar Installers

We ensure a healthy installation for our clients. We will assist in the following processes:

Site Survey
Panel Stand Installation
Solar Panel Connection
Civil Work
Panel Wiring
Battery Connection
Inverter Connection
Earthing Kit Installation
Cleaning
1 Year Service Warranty

Any Additional Charges

The clients are required to pay certain additional charges for the installation process. This may be from Rs. 1500 to 2000 for internal wiring connection. AMC (Annual Maintenance Contract) is Rs. 10,000 annually per kilowatt.

List of Solar Panel Installer in India

Solar Panel installation is needed to be done by an expert installer to provide long life to the solar panel. Loom Solar has a list of experts who are professional and experienced in this field. We have experienced installers who have successfully installed on many sites both in off-grid and on-grid systems. Let’s know a few of them here in this blog.

#1. Ramji Pal from Delhi NCR

Mr. Pal is an expert installer with an experience of 2-3 years with Loom Solar. He has successfully installed over 50 systems until now. He has been awarded a great appreciation from the customers. He works on both off-grid and on-grid platforms.

#2. Khalsa Electrical at Uttarakhand

Khalsa Electrical expertise in house wiring with a satisfactory service of many years. They have successfully installed 3-5 sites of solar energy plant.

#3. Rajiv Patra from West Bengal

Mr. Patra is a distributor for Loom Solar with an experience of 1-2 years. He is an expert installer and installs a minimum of 10-12 sites per year.

#4. Konark Solar at Bangalore

Mr. Solar is an expert installer with experience in off-grid and on-grid installation. He had installed many small units and had successfully installed 10-12 sites till now.

#5. Nitin Kanojiya from Faizabad, Ayodhya

In the areas of Faizabad, Mr. Nitin has successfully installed a solar energy system on sheds and terrace. He is an expert of off-grid and on-grid installation.

#7. Parminder Singh Saini at Hoshiarpur and Punjab

In the areas of Hoshiarpur and Punjab, Mr. Saini is serving as a successful distributor of Loom Solar. He has installed over 15-20 sites in the past 2 years.

#9. Mr. Pradeep Kumar from Shikohabad

Mr. Kumar is the installer for Loom Solar and has successfully installed many sites over the years.

#10. Sandeep Kumar Mishra from Chhattisgarh

Mr. Sandeep Kumar is a well-known solar panel distributor as well as installer working in the areas of Bilaspur and is a dedicated and expert installer.

Conclusion

Solar Energy System installation is a very important process and it is beneficial only when done by the experts. Loom Solar provides you complete professional assistance for installation of your Solar Energy System. If you are looking to install a solar panel, contact a experienced installer to ensure a long life for your long life to your solar panel.

Loom Solar provides a number of Solar Energy Systems with a wide variety of products. For proper Installation of Solar energy system, it is necessary to contact a experienced installer and get all the necessary products.

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CARRIE KILMAN June 27, 2023 at 05:22am

CARRIE KILMAN June 27, 2023 at 05:20am

Andy Merrick June 26, 2023 at 10:31am

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Harriet Patel June 22, 2023 at 19:26pm

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JASON WOOD GRAY June 22, 2023 at 15:06pm