From pv magazine USA
Everyone loves solar, right? Well, not always.
In our prior Solar 101 articles, we’ve covered everything from construction, finance, incentives, and net metering to how to vet a contractor. Subsequent articles will focus more on hardware and revenue streams.
Here, we will look at a few of the many “gotchas” that might upend your dream – or practical ability – to install solar panels. The examples here are only the tip of the iceberg. If you’ve had any weird happenings in your own solar dealings, please comment at the end of this article.
The No. 1 strange thing to deal with is neighbors.
For many of us, this isn’t a revelation. The proverb “good fences make good neighbors” is known to have originated independently in several cultures. And as Ben Franklin said: “Love thy neighbor, yet don’t pull down your hedge.”
Your homeowner’s association (HOA) will be one of the first “strange” places that you may need to reach out to in order to verify rules related to having solar on your property. Your HOA is typically in place to protect the value of your property from neighbors who have different tastes than your own. Solar power is considered by many folks to be just such a different taste.
The most common HOA rule forbids homeowners from installing solar panels facing a street. This rule is in place in many HOAs in many states across the country.
Check to see if your HOA has any solar or aesthetics rules that might limit where you can install solar. If the HOA has rules against solar facing the street, then ask your contractor if you can install on a different roof surface. Keep in mind, however, that different roof surface angles generate different amounts of solar electricity, potentially affecting your payback period.
The next defense against an HOA is to build a “beautiful” solar power system. Beauty is, of course, in the eye of the beholder. To my eye, the Solaria system above is about as handsome as a standard solar system gets.
Unfortunately, some of your neighbors just won’t get it. For example, folks in North Carolina voted against a larger scale solar power project because they believed solar panels would ‘suck up all of the sunlight.’
When you install a residential solar power project on the ground, there’s a general requirement to get zoning approval, along with approval from neighbors in a town meeting. The best way to avoid a town meeting is to build solar power on your roof instead of on the ground.
Plugging your system into the power grid can sometimes present more of a challenge than you might expect.
There are plenty of locations already connected to the power grid that won’t allow a solar connection. An electricity utility recently informed this author that a customer’s home was too far from key power grid hardware, for example. The line’s voltage wasn’t strong enough to handle the solar system’s potential export to the power grid, the utility said.
Unfortunately, this is often a problem that cannot be determined until after you have spent money preparing and submitting one or more applications to the utility. Such an outcome could be a major setback, so you may want to take time to learn about interconnection issues before going forward.
In some places – especially Hawaii, but also hot solar markets like San Diego and Massachusetts – there is too much solar power. If you’re the last one on your block to get solar, you might not be allowed to export any electricity to the power grid.
The energy industry is among the largest and most economically influential industries on earth. And even though each of us is looking to attach just one tiny solar power system to the largest machines in the world, plenty of folks out there see that as an attack on their bottom line. And they don’t like that one bit.
For instance, the U.S. federal government group that regulates the power grid – Federal Energy Regulatory Commission – recently stated it is probable that Alabama is violating the law by charging those who install solar power projects a capacity fee. Currently, anyone who installs residential solar power in Alabama will pay this fee, which has been in place since 2013.
Luckily, Kansas struck down a similar fee against solar power about a year ago. The fee had been proposed by utilities, approved by state regulators, and even affirmed by a lower court – despite a 1980 Kansas law explicitly forbidding such fees. All it took to shut down the proposed legislation was a reading of the “plain text” per the state supreme court judge.
One extreme example that might not affect residential customers directly – but we all should stay conscious of – is in Wyoming. The state is moving forward with a rainy day fund of $1.2 million, which it may use to sue states whose pro renewable energy laws have wounded their extraction business.
Nature is another dynamic to consider. For instance the quantity of dust, pollen, and other materials that fall on your solar panels varies broadly, and can even change every few miles.
Is the home near an industrial area? Watch out for dust. Near beautiful fields? Pollen. Near a pig farm? Sticky manure dust. Close to the beach? Beware falling quahogs.
At left we see a Sunpower 315 W solar panel from a 2013 installation at a fishing harbor. The gulls collect the bivalve mollusk known as a quahog (the official shellfish of Rhode Island) from waterways, and drop them on hard surfaces to crack open the shells and eat what’s inside.
Obviously, broken solar panels won’t generate much electricity. And we’re pretty sure quahog-caused damage isn’t covered under hail warranties.
What perils have you encountered with your solar project? Share your story using the comment section, below.
Our Solar 101 series is coming into the home stretch. Next, we’ll get into solar panels and inverters, the two key pieces of hardware.
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The very first thing anyone interested in solar should do is check with their local utility as it is possible that the local infrastructure would not handle the excess power. In our area, every home could have solar like my 11 kw array, and the lines could handle even more. It is also quite obvious that the state of education in North Carolina must be lacking for them to believe solar panels could suck up all the sunlight. Is sunlight magnetic in some way?
Someone needs to do a rating for HOA’s and communities as to their attitude towards solar, so buyers can be warned in advance, and as a way of pushing them towards sensible policies
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