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2019 Policy Grade

C

Avg. Yearly Savings

$1,004

Congratulations! You've found the ultimate guide to going solar in Alaska

2019 Policy Grade

C

Avg. Savings/year

$1,004

Your 2019 guide to getting solar panels for your home in Alaska

This page is a complete guide to the complicated and sometimes confusing process of installing solar panels on your Alaska home. Since there's a lot to consider, we've separated the page into sections to help you find what you are looking for. If you find this page useful, please share it with someone who might also find it interesting!

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** What's new for 2019 **

State legislators here have kept a pretty low profile on renewable policy, particularly with regard to solar power. Alaska is the final frontier and remote settlements mean many homes are built off-grid, i.e. ideal for self-sustaining renewables like small-scale solar. This, along with rising fuel costs, makes Alaska an ideal candidate for solar power, and the legislature should adopt aggressive measures to promote solar use by its residents. Unfortunately, the legislature has failed to provide strong solar power rebates and other incentives as of yet, and in the Land of the Midnight Sun no less! Oh, the irony.

Questions? Our network of solar experts are on call to assist you. Simply sign up for personalized assistance on our special solar deals page. You can get discounted on-grid pricing as low as $3,500/kW!

The Solar Strategy section is focused on the 3 ways of paying for solar in Alaska, so you can decide which is best for you. We've created a tool that asks you a few questions and recommends whether you should pursue a solar lease, loan, or outright purchase. Then, we provide detailed analysis of how each works.

The Policy Information section contains all our latest research on the rules set by lawmakers and the Public Utilities Commission, which determine how easy it is to go solar in Alaska. These policies and rules govern everything from renewable energy mandates to interconnection, and have a huge effect on the viability of solar.

Finally, the Solar Incentives section includes information about money-back rebates and grants, tax credits, and tax exemptions for going solar in Alaska.

Click any of the boxes below to go to that section of the page, or scroll down to read the page in order.

Your Solar Strategy in Alaska

Figuring out the best way to go solar in Alaska can be a little daunting. From loans and leases to power-purchase agreements, there are a lot of options out there. To help you pick the one that might be best, we've created the handy decision tool below.

We'll ask you a few simple questions about you and your home. Once you're done, we'll recommend a good option. Further down this page, we provide cost estimates and example return-on-investment calculations for all the various options:

How should you pay for solar?

Use our decision tool to find out!

How to pay for solar panels in Alaska

The average homeowner in Alaska uses just over 7,000 kilowatt-hours (kWh) of electricity every year, and spends around $1,550 for it. Alaska has some of the highest electricity costs in the nation, so every kWh you can save with solar goes further here than in other places where electricity is cheaper.

To make enough electricity to offset most of your annual bill, we estimate you'd need an 8.5-kW solar system, consisting of 26 standard 325-watt panels. Our calculations assume a cost-per-watt of $3.85, which is quite a bit higher than most places in the lower 48, but that's how the ball bounces for folks up in the tundra. If you can find an installer who offers costs lowaer than $3.85/W, your numbers will be better than our estaimates below.

The chart above shows the 25-year returns for an investment in the average home solar system, whether you choose to purchase the system with cash or pay over time with a loan. As you can see, the purchase option leads to the highest dollar-amount returns over time, but it also requires a big up-front investment. If you take a home equity line of credit (HELOC), though, your payments over 15 years will be a little more than your savings, and you won't quite come out ahead in the end. Such are the vagaries of a home solar system in Alaska.

Read on to find out more about each option.

How much can you save with solar?

Find out

Option 1: Paying cash for solar

So you’ve got some cash and you’re ready to buy. An outright purchase returns the most money over time, because you own the system from day one and reap all the benefits. That 30% Federal tax credit and electricity savings bring your first-year costs way down.

In our example, you put down $32,725, but by the end of year 1, incentives and energy savings will erase a bunch of it. Over 25 years, your system will have produced almost $9,900 in income.

But even though that sounds huge, look into the solar loan option below, because taking a loan to buy an income-generating asset means you'll be making money as you pay for it.

Here’s how the numbers pencil out for an Alaska solar purchase with a 8.5-kW rooftop solar system:

  • Installing a typical 8.5kW solar system should start at about $32,725. Don’t worry – even without state incentives, you can still knock a big chunk off the price right off the bat.
  • Since the feds calculate their incentive based on actual out of pocket costs, no state incentives means a bigger federal solar tax credit. Subtract $9,818 (30% of $32,725) for a new price of $22,908.
  • After the tax credit we subtract your first year’s energy savings, which we estimate to be about $1,004. That brings your cost after the first year to $21,904.
  • By the time your system pays itself back in year 19, you’ll be seeing over $1,500 per year in savings until the end of your system’s life.
  • When all is said and done, our 25-year estimate shows a total net profit of $9,846.
  • And don't forget... your home's value just increased by almost $23,000, too (your cost after the tax credit)!
  • In addition to all that cash (and home value), you’ve created some green for the earth as well by not using electricity from fossil-fuels. In fact, the energy you’re not using has the carbon equivalent of planting 121 trees a year, every year your solar power system is humming.
Keep in mind, the numbers above are based on an average home in Alaska. If you're ready for a custom quote for a solar panel system, our network of experts are on call to assist you. Simply sign up for personalized assistance on our special solar deals page.

Option 2: Using a loan to pay for solar

The chart above might look a little funky, but considering the tax credit in year 1, it might actually be a better option than cash. That’s because a solar investment with a loan relies on using someone else’s money for the purchase price, while earning you a tax credit in year 1. The cost is similar to a new car loan, but because solar makes you money, it's a tremendous investment. A solar purchase like this will make sense for you if the following is true about you and your current situation:

  • You can get a home-equity line of credit (HELOC) for $33,000, with a fixed rate of 5% or lower and a 15-year repayment period.
  • You love making money without much risk

The reason this works so well is that you don’t have to put any money down, but you still get all of the incentives that go along with buying solar. You'll get the 30% federal tax credit and the energy bill savings will start right away. The bad news is your loan payments will be higher than those energy bill savings, so you'll end up spending about $167/month for solar in the first year. That difference will come down each year as electricity prices rise, but your system will keep on producing about the same amount of electricity.

Here’s how the numbers pencil out for an Alaska solar purchase with a HELOC:

  • Installing a typical 8.5-kW solar system should start at about $32,725. That's how big your loan will need to be to cover it.
  • The electricity you'll save in the first year of operation would have cost $1,004, but your loan payments will total $3,004, for a difference of $2,000, or about $167 per month.
  • That's not so bad when you consider your tax savings for the year will be $9,818! You'll come out over $7,800 ahead in year 1, which should help ease the burden of loan payments for a few years, at least.
  • When your loan’s paid off in year 19, you’ll start see over $1,500 per year in savings until the end of your system’s life.
  • For our 25-year estimate, you'll see a total net cost of around $2,500, but the early windfall still might make it worthwhile.
  • Your system will also be good for the environment. Operating it will be like planting 121 trees, every year for 25 years!
Keep in mind, the numbers above are based on an average home in Alaska. If you're ready for a custom quote for a solar loan, our network of experts are on call to assist you. Simply sign up for personalized assistance on our special solar deals page.

Option 3: Buying the electricity, not the panels with a Power Purchase Agreement (PPA)

Alaska does not offer solar Power Purchase Agreements or leases. Perhaps it would be a good idea to contact a solar advocacy organization and ask them to fight for solar in your state!

How much can you save with solar?

Find out

Alaska Solar Policy Information

Ever wonder why solar seems to be everywhere in some states, but not in others? We did too.

State legislatures and public utilities commissions can enact rules to make solar power accessible for everyone. Favorable rules explain why some of the cloudiest states—New York, New Jersey, and Connecticut, are doing so well with solar, and yet some of those with the most natural solar resources—like Alabama, Mississippi, and Georgia—are doing so poorly.

Below is important information about the public policy, rules, and economic reasons that affect your ability to go solar here in Alaska:

Alaska's Renewable Portfolio Standard

None

Grade: F

Alaska's Renewable Portfolio Standard grade

A Renewables Portfolio Standard (RPS) is a law or other piece of regulation that mandates that a certain percentage of a state’s energy production comes from renewable resources by specified target dates. A strong RPS is important because it forces utility companies to promote conversion to renewable energy. That generally means free money for you in the form of solar power rebates and performance payments when you make the switch.

Unfortunately Alaska lacks any state or local Renewables Portfolio Standards. As we’ve seen in other states that lack an RPS, no targets (and no penalties for missing targets, i.e. compliance fees) for renewable energy production has translated into very little being done to promote solar power here.

Learn more about Renewable Portfolio Standards

Alaska's RPS solar carve out

None

Grade: F

Alaska's Solar Carve-out grade

No RPS means no solar carve out.

Learn more about Solar Carve-outs

Alaska Electricity Prices

$0.22/kWh

Grade: A

Alaska's Electricity cost grade

Alaskans pay quite a bit more than the national average for electricity, and those rates are rising. Alaska’s average electricity price is 22 cents/kWh; well above the national average of 13.6 cents/kWh. That means while you currently see larger bills, you could be seeing bigger savings!

Higher electricity prices means greater opportunity to save money by producing your own clean, earth-friendly solar power. Not to mention the fact that the rising environmental costs and dwindling supplies of fossil fuels is going to lead to even faster rises in energy prices, likely sooner rather than later. When energy prices start going up and up (and up), you’re going to be saving more and more (and more) money for making the switch to solar now.

Find out why electricity prices matter

Alaska Net Metering

Offered statewide

Grade: C

Alaska's Net Metering grade

Net metering requires your utility to monitor how much energy your solar power system produces and how much energy you actually consume to make sure you get credit for the surplus.

Unlike many states, Alaska has statewide net metering standards in place. Utilities are required to offer net metering to all systems up to 25 kW. All surplus energy is credited to your next month’s bill at the retail rate, and all credits may be carried over indefinitely.

That’s a pretty great net metering law for residential customers. We gave net metering a “C” overall only because of the system size limit. We’d like to see that 25 kW cap raised significantly to allow commercial, industrial and other high-demand customers to meet all on-site electricity generation needs through solar power.

Learn more about net metering

Alaska Interconnection Rules

None

Grade: F

Alaska's Interconnection Standards grade

In 2011, the Regulatory Commission of Alaska (RCA) passed uniform guidelines to connect your solar panels to the grid. While the RCA’s standards are not the fullest we’ve seen, they do lay a foundation for getting you onto the grid.

Each utility is required to draft a standard interconnection agreement of no more than two pages. A utility may require a customer to have liability insurance if the insurance is easily available at a reasonable cost, but the utilities can not require you to install an external disconnect switch. Here again we’d like to see the 25 kW system size limit raised to allow for larger customers to take advantage of net metering savings.

Learn more about solar interconnection rules

Solar Incentives in Alaska

Next to high electricity prices and net metering, solar incentives have traditionally been the most important factor for whether home solar power makes financial sense in a state. In the past, some states with otherwise lousy policy had tremendous incentives that drove down the up-front cost of going solar so much that homeowners could save oodles of money even without net metering or a good RPS.

These days, the big incentive most people can get is the Federal Solar Tax Credit that earns you 30% of your total system costs back after just 1 year. State incentives play less of a role than in the past, but some really good ones are still out there, ready to help homeowners go solar and save money before you know it.

Let's see how Alaska measures up:

The availability of state solar incentives for residential solar systems was sourced from the Database of State Incentives for Renewables and Efficiency, utility company websites, and the state public utilities commission.

Alaska Solar Power Rebates

None

Grade: F

Alaska's Solar Rebates grade

Without a Renewables Portfolio Standard, little has been done by the utilities companies to promote solar power and other renewable energy alternatives. The consequences of this legislative inaction can be seen in Alaska’s lack of rebates, tax credits, and widespread performance payments.

Learn more about solar rebates

Alaska Solar Tax Credits

No State Income Tax

Grade: C

Alaska's Solar Tax Credits grade

Since Alaska doesn’t have any income tax, there aren’t any solar tax credits to redeem! Luckily, you will still benefit from the 30% Federal Solar Tax Credit. There's no cap on the federal tax credit and fortunately for Alaska, having no state rebate to deduct means a larger tax credit coming your way. Sample calculations follow below -- keep scrolling!

Learn more about state solar tax credits

Alaska Solar Performance Payments

Varies, $1.50/kWh maximum

Grade: D

Alaska's Solar Performance Payments grade

In 2005, the Golden Valley Electric Association (GVEA) launched a program to connect local patrons and producers of renewable energy called Sustainable Natural Alternative Power (Oh, SNAP). This program incentivizes local producers on a per kilowatt-hour basis up to 25kW. The exact rate of compensation varies with the amount of funds contributed by GVEA supporters, however, and has a maximum payout of $1.50/kWh, which would be HUGE, but in reality, the program is funded by contributions to GVEA, and right now, the incentive is just $0.09.

SNAP producers can do one of two things with their almighty power: sell all produced energy to the utility or integrate their setup with net metering to sell only surplus electricity (after home usage) back to GVEA. Either way, producers will be expected to pay some upfront fees amounting to about $110 and an ongoing monthly meter fee of $3.65.

Unfortunately the SNAP program is the only performance payment available in Alaska. Even worse, as you are about to see, the GVEA SNAP program is almost the only incentive available to promote residential solar power here, period.

Learn more about SRECs

Property Tax Exemption

Local Option

Grade: C

Alaska's Solar Property Tax Exemptions grade

Amid the cold empty plain of (missing) solar power incentives, there is one lonely piece of legislation that authorizes municipalities to exempt residential solar power systems from taxation, i.e. exempts the value the solar power system adds to your home from being counted in property tax calculations. Note that we said the state legislation authorizes municipalities to exempt your solar power system from property taxes. The law does not require that municipalities do so. Be sure to ask the expert installer we partner you with about whether or not your town offers such an exemption.

Sales Tax Exemption

No State Sales Tax

Grade: A

Alaska's Solar Sales Tax Exemption grade

One of the simplest ways for state legislature to encourage small scale clean energy adoption is to declare solar panel equipment exempt from state sales taxes as many other progressive states have done. Fortunately for Alaska, there is no sales tax to begin with. Party on!

Learn more about tax exemptions for solar

The consensus on Alaska solar power rebates and incentives

Despite high electricity costs nearly screaming for an efficient (and clean) option like solar power, solar policy here is sadly lacking. It all starts with the RPS, and just like every other state we’ve seen without minimum targets for renewable energy production, Alaska has done little to nothing to promote solar power. With payback timeframes and year 1 discounts lagging, the best Alaska can pull is a C grade.

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Terry Allen Buffo Sr.
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Terry Allen Buffo Sr.

What would happen if you were to install magnifying sheets above a solar panlies. Would it increase the sun lite to your solar panels.

kay
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kay

is it possible for panels to charge in the few hours of daylight we have in Alaska, where the sun never comes over the horizon?

Anonymous
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Anonymous

In Alaska we do not get the oil for cheap, they ship it out and we have to buy it back. Gas prices are also very high here. Investigate before you just say things like that.

Patrick Kilhoffer
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Patrick Kilhoffer

The high gas prices make solar an even better deal, compared to using generators, so be sure and install enough solar panels that you don’t have to use the generator at all during the summer months at least. If you are grid connected, the great news about grid connection in Alaska is you can generate all your electricity for the year, at any point in the year and use the electricity whenever you want to. Right now solar in Alaska is about like buying a CD that pays 7%, which is awesome! But it gets even better when Alaskan utilities… Read more »

Steven
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Steven

I got a Solar Power plant system installed recently (Jan of 2013). Here are the results: I have 12 250w panels on my roof – facing south – and they generate up to 3kW. We got a 16 pack battery back up (20-40 hours of power – depending on what’s used) and a generator. I got the batteries so that when the sun goes down (20+ hours in winter) I have power. I got the generator so that I can charge the batteries. We installed LEDs for energy savings – btw they work GREAT. Here in Fairbanks we went from… Read more »

aknate
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aknate

I am using solar in Alaska and love it. You can see pictures of my panels here: http://green-sustainable-living.com/index.php/solar/ If you install panels remember you will need to clean snow off of them so keep them close to the ground or on a deck, etc.

'sNo Rest
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'sNo Rest

I live off grid on a solar system with back up genset and battery bank. I love it! We have all the modern amenities and you’d never know we were off grid if you didn’t see our solar array and tracker out back. We also have a farm and run everything we need off that little setup. Unobstructed southern exposure is key.

Lana Cox
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Lana Cox

Since there are places that have a limited amount of sun throughout the day, I was wondering how to make a machine or something that could probably store solar energy for later uses, without burning fossil fuels.

Diane
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Diane

Alaskans pay more than the average per gallon of gas than any other state. Who gets all that oil money?

Brent Olsen
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Brent Olsen

Solar power is certainly the route to independence from foreign oil and utility companies. The wind turbines produced by Scott Steven’s company (see prior post)are completely inadequate and unreliable to provide the kind of sustainable power needed. Perhaps that is why Alaska requires a minimum output from alternative energy sources. Hence the reason Alaskans buy solar panels, rather than poorly designed wind turbines. Solar panels provide a far greater return on investment than the wind turbines sold in Wasilla.

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