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Did you know New Jersey is the #2 solar market in the US just behind California? Well, there’s a reason such a tiny state has more solar per capita than the best solar market in the United States. The reason is SRECs. SREC stands for “Solar Renewable Energy Credit.” They are a certificate for renewable energy production you can trade on the open market.
You own something that creates renewable energy. In this case, solar. When your thing that you own that creates renewable energy pumps out 1mWh or 1000kWh (1000 kilowatt-hours) of juice (enough to power a big giant home for a month), you get one.
At the moment, $700. Why you ask? Because if the utilities don’t meet their RPS standards, which they are not, they get ding’ed to the tune of $720. It makes sense then, that they’d be happy to buy your SREC’s for anything under $720, so it’s pretty easy to set the market rate for them. If they all the sudden start magically meeting their RPS standards, that could change, but for now, SRECs are a freaking gold mine for any homeowner who has a good roof setup in NJ.
This is best shown with an image. Here is a financial breakdown of an example system estimate in New Jersey taken from 1BOG’s solar estimate tool (it only works where they have active solar group purchase campaigns).

In other words, the SRECs, which are money in your bank, are four times as valuable as the money you spent on the system in the first place. That DOESN’T EVEN INCLUDE your electrical savings. Yes, it’s crazy. Yes, I know it sounds too good to be true. I know, I know, I know. Believe me, I know. Most are skeptical, and yah sure there’s some fine print:
There’s not a REAL catch, it is actually a ridiculous investment where you get a free solar system that makes you money for 40 years. But here’s the small stuff you should know.

If you live in New Jersey and you are interested in solar (hopefully you are now), sign up to find out if solar works on your home in New Jersey. There is currently a group purchase program in the north and there will be one coming soon in the south.
I was inspired recently. I sat on a panel with Danny Kennedy from Sungevity at Solar Power International. Danny gave a great speech about how (and of course, I’m paraphrasing) we’re never going to get anyone to buy solar if we don’t start removing words like “inverter,” and “photovoltaics,” from our lexicon, and instead start talking about how solar makes your beer cold, your kids popsicles hard, and puts money in your wallet.
That’s what we’re all about here at SolarPowrRocks.com. We try to simplify the rebates and incentives for your state, and we’re also interactive. If you leave a comment under a post, we’ll get back to you in a couple of days. We also try to present the info in a fun way, while still being serious about solar. If you can’t see how solar applies to your budget and your life now and in the future, then we’re not doing our job.
Sadly, we think that other installers are doing worse than us at explaining solar. Why? Solar in the U.S. is at about 0.2% market penetration for residential rooftops. That’s weaksauce. But hey, the market is huge. The sky is the limit. If you look at California’s PG&E’s territory alone, just a good chunk of northern California, there’s over 700,000 customers who would show savings with SunRun’s PPA or SolarCity’s lease on day one. Even for people buying through a conventional home loan, the savings can be with in a year after taking the 30% Federal solar tax credit and write off the interest on the mortgage. The same with PACE/municipal financing.
As more financing options like these come online, how can a homeowner say no to $0 to very low-money down, clean energy, and saving money from the very first day? They can’t, but first they need to be educated, and that’s why we want you to educate yourself here and to get a quote from a local installer who will take you through all of the advantages for your home in your area. The great thing about getting a few quotes is that you can prove that solar is right or wrong for you. No more guessing and thinking “it’s a good idea, but…” It costs you nothing but a little bit of time.
With that in mind, here at SolarPowerRocks.com, we’re going to continue to make solar easy to understand and show you what you’re missing. We also urge all solar installers to clearly and patiently show potential customers how much they would have made with solar instead of stocks or real estate for the last few years. Where else can you get such a high and fixed return? We’ll be the first to tell you that it doesn’t pencil out everywhere, but where it does, it’s our job to let people know that solar’s not just for rich environmentalists. It’s for people with Hum Vee’s who have high electric bills, too.

Phoenix, AZ is one of the US’s hottest solar markets right now. Maybe the hottest. (FYI, Solar Fred recently updated the Arizona page if you’re looking for solar power rebates, incentives, and tax credits in Phoenix, AZ).
I recently got back from Phoenix where my coworker, Brad, and I were meeting with local solar installers to pick a winner for 1BOG’s Phoenix solar group purchase program. I’ve had the luxury of traveling around and looking at different cities for 1BOG and it’s interesting to see the differences between them. Solar markets are so nuanced geographically.
When it’s all said and done, however, Phoenix is still the land of the sun and solar. Get a free quote and find out if you can take full advantage of this abundant natural resource.
(Disclaimer: I co-founded and manage One Block Off the Grid, so I will be pumping its Sonoma County program in this post… But I co-founded this blog too, so do I even need to disclaim? Better safe than sorry, I guess.)
Sonoma County now has the largest municipal financing program for solar and energy efficiency, modeled after the Berkeley First program, but run by the city themselves instead of a program administrator. $100M and they’ve burned through about $20M of it in a very short period of time. This is our favorite flavor of solar financing. It’s called the Sonoma County Energy Independence Program. First, you get a quote for a solar system or energy efficiency. Then, you apply for their financing. You can get it over 5, 10, or 20 year periods, and the interest rate is 7% (or better, depending on the bond deals they get). Finally, you pay through your property taxes.
There’s a couple reasons why homeowners love getting solar and energy efficiency through this municipal financing program. First, it’s elegant if you decide to sell your home. The solar system goes with the home as does the tax bill… easy peasy. Second, some people like to use it as a way to take cash out of their home. If they finance, say, a $20K solar system, at the end of the year when they claim their 30% federal tax credit for solar, they get $6K in cash. It’s almost like an equity line. Third, it doesn’t require a credit check. If you can prove you own the home and your title is clean, there’s very few hurdles after that.
One thing that’s cool is that with our new solar panel discount program in Sonoma County with 1BOG, you can get an online estimate for solar, and then use that solar estimate to apply for the SCEIP solar financing program, with no one ever coming to your home.
(You can always contact Cameron, the Sonoma County Campaign Specialist, cameron@1bog.org or 707-703-1330)
When you subsidize the free market, things sometimes get weird. For example, combine a change in Spain’s (and a few other countries’) solar subsidies, a US-wide absence of corporate tax hunger, and a massive spike in solar module production, and now you’ve got plummeting solar panel prices. I’m talking like… half, compared to a year ago. I remember toward December 2008 my old company had to throw away a couple of giant deals just because we couldn’t get our hands on the modules we needed. Today there is cutthroat pricing from solar panel manufacturers trying to move inventory.
Big commercial solar deals in the US usually rely on tax equity financing. That means if businesses purchase systems themselves, they need to be turning tidy profits to be able to take advantage of the tax credits. Therefore, there aren’t a lot of those deals being sold now. Silicon production has ramped way up in the last few years, as has the number of companies producing solar modules from the silicon, as well as the manufacturing throughput of those companies. All this results in is a lot of supply coupled with diminished global demand, meaning you’ve got lower price. Since the market is subsidized, some common market trends are amplified and expedited.
AND THAT’S JUST INTERNATIONALLY. Break it down by country, then state or province, then to city, and even to neighborhood, and you have markedly different solar energy markets.
Not the best subsidies for photovoltaics, but Hawaiian power is EXPENSIVE! Think about it, Hawaii has to boat in all the fossil fuels to their island, making the cost per kWh of electricity higher than just about anywhere. Couple that with a lot of sun and you’ve probably got the first market to reach grid parity. A hot market here would have greater changes than other places since most of Hawaiian power is derived from pretty dirty fossil fuels. Hawaii is working hard to change this, and I expect the solar market to take off.
Here you have pretty crappy subsidies, a population that assumes solar doesn’t make sense because it’s too cloudy and rainy (not true), and pretty cheap power (over 50% of which is already clean hydro power). What you end up with is no one being able to sell solar panels.
LA is a great solar market. The Palm Desert market is ridiculously great. Here you have a lot of homeowners who have been there a long time, and thus still have home equity. They also have magnificently large power bills and air conditioning. Add to that SCE’s tiered rate structure (the more you use, the more it costs), and selling solar energy is like shooting fish in a barrel. The only negative (which is greatly outweighed by the positives), is that heat negatively affects the voltage of crystalline silicon products. As a result, I bet you’ll see some of the first residential thin-film installs going up around places like this (even though it doesn’t make sense for everyone – thin film takes more space and a lot of people in Palm Desert are already maxing out their roof real estate).
New Orleans has the best residential subsidy in the nation. 50% Refundable state tax credit coupled the 30% Federal tax credit, means your systems are 80% off. The thing that makes this an interesting market is that the subsidy is only a year old, which means solar never made sense before. So you have a very small number of people who can install, and their experience is new. Politics are moving very quickly as well, and the new tax credits will probably soon be transferrable, allowing for both commercial installations as well as third party ownership options (like Solar PPA’s or Solar Leases).
A recent pilot of California’s AB811 style municipal financing in Boulder was hugely successful, but small. The rebate from the utility there, Xcel Energy, dropped a dollar a watt, and Colorado energy is relatively inexpensive. So while the subsidy is making solar energy for homes is possible, it’s just not a slam dunk. Colorado also has lots of sun and a nice, cool, climate – ideal for solar power. As a result of the recent success of the subsidy that came online, I think, around late 05 early 06, lots of people jumped into the market with lots of success. Lately, with the pilot in Boulder complete, Xcel dropping their rebate, and a lot of the low-hanging fruit of customer base already absorbed, many installers are desperately clutching to low price as a solution for generating business to get themselves out of this economic downturn. I expect a consolidation in this market and for some to shake out, but that it will remain a robust solar market in the long run. One block off the Grid is kicking off a solar energy group purchase program for solar energy in Denver in a few weeks.
<–click the map for all the AB811 style solar financing programs in the US.
Smart Financing.
That’s why we’re developing a resource to keep track of all the property tax solar energy financing programs across the country. Piloted in Berkeley last year, cities across the country are kicking off programs to help homeowners finance solar power and energy efficiency improvements with zero money down, by leveraging municipal bonds and property taxes.
It works by adding the cost of the home improvements like solar energy to your property tax bill, amortized over 20 years. The cost of capital is very reasonable, and the “what happens when I sell my home” question is simple and elegantly solved. The solar system goes with your house as does the tax bill. Piece of cake. We want to keep people up to date on what’s going on in their city with these programs.
Creative solar financing options, like solar PPAs, solar leases, smarter home equity products, and property tax municipal bond financing are needed for the tipping point in residential solar energy.
I remember when I got into the solar industry about 3 years ago. It all started when Dan harped about the solar energy subsidies in Oregon where he lived, and how there should have been a lot more solar but no one knew about the financial benefits. We had grandiose ideas of how to help, and I got a sales job in San Francisco with an installation company to dig in and see if we could change things. We abandoned our original idea, but I learned so much as a sales person because I got to see firsthand who buys solar and who doesn’t, and why. Here’s some of the interesting stuff I learned:
When I started my job, I envisioned that about half of my customers would buy solar panels for environmental reasons, and 50% would buy for investment reasons (saving money on electricity). Initially it actually appeared as though this was the case. However, I soon learned when it came down to signing contracts, it flipped to more like 95% financial motivations and 5% environmental factors. Bottom line? It has to pencil out to a wise financial move for people to pull the trigger. But hey, that’s the way it is and fighting that is a big uphill battle. But working inside of that paradigm makes all the difference. The subsidies available today make it a pretty wicked investment in a huge slice of the pie; it’s just an issue of getting that knowledge to be commonplace. The rest of the work will come from smart financing like solar leases, PPAs, or municipal solar financing, bringing the cost of solar down with better manufacturing processes or community solar purchasing, and education (can solarpowerrocks.com get a ‘holla?’).
I remember putting door hangers on these giant homes in San Francisco thinking, “this is going to be like shooting fish in a barrel,” because in California, the larger your power bill, the more solar makes sense. The reason for this is that the utilities charge people more for energy as they use more, in a tiered rate structure, to “punish” heavy users. Because their power costs more, the solar systems pay for themselves much quicker. Ironically though, all I heard from these neighborhoods was crickets and tumbleweeds… nothing. What the hell? $30,000 to the owners of these homes is nothing… what’s the problem?
At the same time, I was getting a MASSIVE inbound response from certain other areas. But these areas were not full of rich people. I didn’t get it. Over time, I figured out that the sweet spot is this: areas that are heavily saturated with owner occupied homes and socially conscious demographics, but also people who are still concerned about their monthly expenditures and saving for the future. Turns out, if you can write a check for your $800 power bill each month and not bat an eye, you’re less likely to be interested in solar.
Here you can see a map of where people get solar in SF. These people signed up to get low cost solar panels in a group at One Block Off the Grid, which is what I’m working on now. These were not targeted, it is who came to us, so you can where the real interest is.
I did a site evaluation and proposal for a laundromat in SF once. There was a new San Francisco solar incentive program that offered $10,000 cash. The state rebate offered about another $15,000, and the Federal Tax Credit about $20,000. Then there was their advanced depreciation schedule which was another $15,000-ish. Point is, sure they had to shell out a ton of cash to BUY the system, but their net cost for a capital improvement to their building worth near a hundred grand ended up costing them only about $10,000 net. So not only do they get a capital improvement basically paid for straight up, the rest of the system PAYS FOR ITSELF by saving them money on electricity, in about THREE YEARS!!! And after that it’s all gravy, and every time their electricity rates go up, their property becomes more valuable. Easy sell, right?
No. This particular business owner could have written a check for this that day and not flinched, yet he never did it, and this story repeats itself a dozen times. I guess I was just a crappy salesperson because I never pressured anyone. I just assumed they’d see this and obviously do it but here’s the rub, and it’s two-fold:
1) This is in-home sales for a product that no one understands. People have questions, I have all the answers, but I’m also trying to sell them something at the same time. The result is that, almost universally, people will think the solar industry is trying to ‘dupe’ them into thinking solar is a wise investment, when in a lot of cases, like this one, it is not only a good investment, but an insanely good one. If we can get people to stop thinking we’re just pretending it’s a wise investment, and actually believe it might be, we’ll see the tipping point in solar.
2) This is a long term proposition. I heard a great analogy from Cisco DeVries, who created the municipal solar financing program for Berkeley. He said, and I paraphrase, “If I tell you I’ll sell you your cell phone minutes for half price, up front, for 20 years… you’d never do that, right? Even if it made sense… and that’s what we’re asking people to do with solar.” It’s a complicated proposition, and any doubt is amplified 20 fold by point #1 above.
Envision this: You get a white truck, a few magnets made for $40 that say “Joe’s Solar” or whatever, then you go to people’s homes who have solar systems and snatch the solar panels right off the roof in broad daylight. All the neighbors think you’re doing maintenance.
Scary huh? Solar panel theft is extremely rare in the US, but it happens (probably not ever in the above scenario… most thieves lack solid planning). It also usually happens on properties with ground mounted systems (thieves are lazy). In Europe, where solar is much more prolific, solar panel theft is a more common phenomenon.
The good news is there’s no good way to sell stolen solar panels. Often, the people who try get busted. But there will undoubtedly be a secondary market for used solar panels within a few years, as people upgrade or return leased systems.
How do you protect yourself against solar panel theft?
Guest post by CelticSolar

Donned in sunglasses, Oregon Governor Ted Kulongoski ceremoniously raises his arms in the air
In August 2008, Oregon hatched a plan to be the first US state to have highway-side solar panels. Four months later, on the snowy 19th day of December 2008, engineers flipped the switch and the system started generating a modest amount of power.

This is a 104kW system comprised of 594 panels. Its annual production is estimated to be 128 megawatt-hours – enough to power about 10 typical homes for a year. However, The Oregon Dept of Transportation (ODOT) is using it to power the lights at the I-5 & I-205 exchange.
During the day when the highway lights are off and the sun is out, the PV panels will spin the nearby electric meter backwards. The result? ODOT’s power bill for this area will be one third less than last year.

If ODOT is able to switch to more efficient highway bulbs in the future, these PV panels will account for an even larger percentage of the interchange’s electric needs.

Below is an aerial view of the panels.
While there is no publicly available energy monitoring yet, here’s January 20th, 21st, and 22nd’s power production for this system. If you are used to reading solar output charts, you can tell that the 20th was a clear sunny day (the smooth hump). The 21st & 22nd, on the other hand were cloudy.
The pilot program has gone well and is likely the first of many similar installations to come. Expect to see more solar panels along the highways of Oregon and possibly even on other ODOT facilities.
Links:Oregon Solar Highway
We have a new president. What’s that going to mean for the solar industry? Time will tell, but all signs point to “awesome.”
For starters, the skids were greased before inauguration day. The surprising extension of the Federal Investment Tax Credit (ITC) for solar energy appended to the financial bailout bill was slated to disappear, but instead was extended eight years. Moreover, the $2000 cap for residential solar installations was removed.
This is a long enough runway for national renewable energy companies to build infrastructure around. However, in the short term there’s not a lot of hunger for tax breaks. Groups like votesolar.org are pushing to make the ITC refundable so more people can use it now. Banks who provide tax equity solutions for big solar projects have turned the faucet off.
The Obama stimulus package earmarks $30B for upgrading grid infrastructure. There are a lot of solar farm possibilities that don’t currently make sense because our medieval grid can’t get that energy to where it needs to go. Texas has taken the infrastructure lead, other states need to start planning for enhanced transmission lines.
Obama might also enact cap and trade legislation by the end of the year. Solar would be a way for companies to avoid penalties, increasing their already compelling incentives to solar up their buildings. Solar in California will likely grow because of California’s AB32 (which caps emissions from power stations, industry and oil refineries starting in 2012) and there is a good chance a cap-and-trade system under Obama could be modeled after AB32.
New renewable portfolio standards (RPS) could also put a lot of pressure on states and municipalities to get their renewable programs in gear. RPS require local energy providers to derive a certain amount of their energy from renewable sources. States like Pennsylvania, California, Virgina, Colorado, and Oregon have very progressive standards. Others may be required to jump on board under this administration.
Obama will create a tide that lifts all ships in renewable energy, but I will be interested to see the attention that distributed solar gets comparatively. Ultimately though, he needs pressure from below to see to it that progressive legislation sees the desks of all legislators. Not just liberal democrats who see few oil lobby dollars.